mhurhangee/ep-ind-claims huggingface dataset:
A single-lever mixing cartridge for a sanitary fitting, at least having: - a housing, - an adjusting lever, which is arranged at least partially in the housing, - a fixed control disk, which is arranged in the housing and has a cold water inlet for cold water, a mixed water inlet for premixed water and a hot water inlet for hot water, and - a movable control disk which can be rotated by the adjusting lever on the fixed control disk into a first outer rotational position, a middle rotational position and a second outer rotational position, wherein in the first outer rotational position, a mixing chamber connects the cold water inlet to a mixed water outlet, in the middle rotational position, the mixing chamber connects the mixed water inlet to the mixed water outlet, and in the second outer rotational position, the mixing chamber connects the hot water inlet to the mixed water outlet, characterized in that the single-lever mixing cartridge has an additional mixing device, wherein the mixed water inlet is connected to the mixing device, wherein a temperature of the premixed water is adjustable by means of the mixing device, wherein the mixing device is a thermostatic valve. - a housing, - an adjusting lever, which is arranged at least partially in the housing, - a fixed control disk, which is arranged in the housing and has a cold water inlet for cold water, a mixed water inlet for premixed water and a hot water inlet for hot water, and - a movable control disk which can be rotated by the adjusting lever on the fixed control disk into a first outer rotational position, a middle rotational position and a second outer rotational position, wherein in the first outer rotational position, a mixing chamber connects the cold water inlet to a mixed water outlet, in the middle rotational position, the mixing chamber connects the mixed water inlet to the mixed water outlet, and in the second outer rotational position, the mixing chamber connects the hot water inlet to the mixed water outlet, characterized in that the single-lever mixing cartridge has an additional mixing device, wherein the mixed water inlet is connected to the mixing device, wherein a temperature of the premixed water is adjustable by means of the mixing device, wherein the mixing device is a thermostatic valve.
Location device for a moving object on the approach towards a substantially horizontal surface which reflects electromagnetic waves comprising: a transmission antenna which comprises at least two transmission positions which transmit a detection signal in the direction of the moving object; a reception antenna which comprises at least two columns (43, 44) of at least two reception positions, receiving a signal (25, 27) which is re-transmitted by the moving object; means which are configured in order, a transmission of the detection signal being activated at each transmission position, to select a transmission position which has given rise to a detection by the reception antenna of the maximum energy signal (25, 27) which is re-transmitted by the moving object, in order to bring about a tracking of the moving object; said location device being characterised in that it comprises means which are configured in order to select and use at least two maximum energy signals (25, 27) which are received by at least two reception positions which are located on at least two different columns, indicating the detection of the moving object, for an angular location of the moving object in a plane substantially parallel with the surface reflecting the electromagnetic waves. a transmission antenna which comprises at least two transmission positions which transmit a detection signal in the direction of the moving object; a reception antenna which comprises at least two columns (43, 44) of at least two reception positions, receiving a signal (25, 27) which is re-transmitted by the moving object; means which are configured in order, a transmission of the detection signal being activated at each transmission position, to select a transmission position which has given rise to a detection by the reception antenna of the maximum energy signal (25, 27) which is re-transmitted by the moving object, in order to bring about a tracking of the moving object; said location device being characterised in that it comprises means which are configured in order to select and use at least two maximum energy signals (25, 27) which are received by at least two reception positions which are located on at least two different columns, indicating the detection of the moving object, for an angular location of the moving object in a plane substantially parallel with the surface reflecting the electromagnetic waves.
Flexible pole connection to a battery casing (2,3) at least consisting of a casing lower part and a casing cover, which casing contains at least one battery module and has at least two electrical connections, wherein the electrical connections each have a first connection part (5,8) and a second connection part (6,7), characterised in that the first connection part consists of an antitwist protection and a pole cap and has a through-bore (9, 10) through the pole cap and the antitwist protection for receiving a screw and the second connection part is mounted secured against twisting and has a nut for cooperating with the screw.
A folding installation, in particular a glass folding installation, having at least two folding wings, which are movably mounted in a guide having at least one lower and one upper guide rail, wherein at least one folding wing has a frame profile extending perpendicularly, which accommodates a locking fitting having at least one perpendicularly displaceably mounted locking pin, which is arranged movable into and out of the guide rail at the top and/or bottom by means of a locking gear, characterized in that the locking pin is fixedly connected to a reinforcing pin, which is arranged in parallel in the frame profile of the same folding wing and is also moved in parallel to the locking pin via the locking gear.
A method for adding a vacuum core material fill around an elongated umbilical in a vacuum insulated refrigerator structure, the method comprising steps of: forming a shell having a liner and a wrapper wherein the shell forms an internal cavity; forming an elongated umbilical having one or more elongated internal passageways extending lengthwise within the umbilical; forming a gas permeable casing surrounding the elongated umbilical; inserting a vacuum tube at a first opening of the wrapper between the gas permeable casing and the elongated umbilical; coupling a first end of the elongated umbilical to the shell with a first fitting at the first opening; coupling a second end of the elongated umbilical to the shell with a second fitting at a second opening of the liner; forming a vacuum in the internal cavity of the shell through the vacuum tube while adding the vacuum core material fill; and routing one or more utility lines through the one or more elongated internal passageways wherein a portion of the one or more utility lines are disposed inside the umbilical and opposite ends of the one or more utility lines extend out of opposite ends of the umbilical. forming a shell having a liner and a wrapper wherein the shell forms an internal cavity; forming an elongated umbilical having one or more elongated internal passageways extending lengthwise within the umbilical; forming a gas permeable casing surrounding the elongated umbilical; inserting a vacuum tube at a first opening of the wrapper between the gas permeable casing and the elongated umbilical; coupling a first end of the elongated umbilical to the shell with a first fitting at the first opening; coupling a second end of the elongated umbilical to the shell with a second fitting at a second opening of the liner; forming a vacuum in the internal cavity of the shell through the vacuum tube while adding the vacuum core material fill; and routing one or more utility lines through the one or more elongated internal passageways wherein a portion of the one or more utility lines are disposed inside the umbilical and opposite ends of the one or more utility lines extend out of opposite ends of the umbilical.
An agent selected from a recombinant ankG protein or a fragment thereof formulated as a vaccine which is capable of inducing autoantibodies against ankG for use in the treatment, amelioration or prevention of a neurological disorder, preferably wherein the disorder is associated with Alzheimer's disease, more preferably wherein the disorder is associated with amyloid β (Aβ) pathology/amyloidosis.
An Albarran lever holding member for an endoscope comprising an endoscope head in which at least one working channel is formed, wherein an Albarran lever capable of being pivoted is provided at the distal working channel end portion of the endoscope; the Albarran lever holding member including: a sheath element in which the Albarran lever is pivotally supported and which can be attached to the endoscope head, wherein a housing sheath part inside of which the Albarran lever is disposed, forms a common assembly with the Albarran lever, wherein the common assembly of the housing sheath part and the Albarran lever can be attached at and removed from the endoscope head body as one single unit, characterized in that the housing sheath part is formed as a laterally open cylinder whose open side can be attached to the endoscope head, the open side being an attachment opening extending in the cylinder extension direction and along the entire hollow cylinder, and the hollow cylinder can be elastically spread apart at the attachment opening thereof and placed on the outer circumferential portion of the endoscope head body. a sheath element in which the Albarran lever is pivotally supported and which can be attached to the endoscope head, wherein a housing sheath part inside of which the Albarran lever is disposed, forms a common assembly with the Albarran lever, wherein the common assembly of the housing sheath part and the Albarran lever can be attached at and removed from the endoscope head body as one single unit, the housing sheath part is formed as a laterally open cylinder whose open side can be attached to the endoscope head, the open side being an attachment opening extending in the cylinder extension direction and along the entire hollow cylinder, and the hollow cylinder can be elastically spread apart at the attachment opening thereof and placed on the outer circumferential portion of the endoscope head body.
Use of a spring steel for producing an oil tempered wire excellent in sag resistance and fatigue property the spring steel having a composition consisting of: C: 0.5 to 0.8% by mass, hereinafter, referred to as %, Si: 1.2 to 2.3%, Mn: 0.2 to 1.22%, Cr: 1.0 to 4.0%, V: 0.5% or less, including 0%, P: 0.02% or less, excluding 0%, S: 0.02% or less, excluding 0%, Al: 0.05% or less, excluding 0%, and optionally at least one selected from Ni: 0.5% or less, excluding 0% and Mo: 0.4% or less, excluding 0%, the balance being Fe and inevitable impurities, wherein the Si content and the Cr content satisfy the following formula: 4.3 ≥ 0.8 × Si + Cr ≥ 3.3; wherein, [Si] and [Cr] respectively represent the Si content (%) and the Cr content (%). C: 0.5 to 0.8% by mass, hereinafter, referred to as %, Si: 1.2 to 2.3%, Mn: 0.2 to 1.22%, Cr: 1.0 to 4.0%, V: 0.5% or less, including 0%, P: 0.02% or less, excluding 0%, S: 0.02% or less, excluding 0%, Al: 0.05% or less, excluding 0%, and optionally at least one selected from Ni: 0.5% or less, excluding 0% and Mo: 0.4% or less, excluding 0%, the balance being Fe and inevitable impurities, wherein the Si content and the Cr content satisfy the following formula: 4.3 ≥ 0.8 × Si + Cr ≥ 3.3; wherein, [Si] and [Cr] respectively represent the Si content (%) and the Cr content (%).
An integrated circuit comprising: transistors arranged in a Si CMOS device layer; and a photonic wafer bonded to the Si CMOS device layer via a first SiO 2 layer, the photonic wafer comprising at least an InGaN/GaN photodetector and an InGaN/GaN light emitting diode formed on a Si substrate, the InGaN/GaN photodetector and the InGaN/GaN light emitting diode coupled by a waveguide to define an optical interconnect, the optical interconnect is arranged below the Si CMOS device layer; wherein the waveguide is made of SiN x and facilitates transmission of light of visible wavelength emitted by the InGaN/GaN light emitting diode to the InGaN/GaN photodetector, the waveguide is formed between a SiON layer and a second SiO 2 layer formed to cover the waveguide, and the SiON layer is arranged intermediate the waveguide and the Si substrate; and wherein the InGaN/GaN photodetector and the InGaN/GaN light emitting diode are electrically connected to the transistors by electrical connections, the electrical connections extending through an electrically insulating material in a recess formed in the Si CMOS device layer and in the first SiO 2 layer and through the second SiO 2 layer via a plurality of vias to electrically connect the transistors to the InGaN/GaN photodetector and the InGaN/GaN light emitting diode. transistors arranged in a Si CMOS device layer; and a photonic wafer bonded to the Si CMOS device layer via a first SiO 2 layer, the photonic wafer comprising at least an InGaN/GaN photodetector and an InGaN/GaN light emitting diode formed on a Si substrate, the InGaN/GaN photodetector and the InGaN/GaN light emitting diode coupled by a waveguide to define an optical interconnect, the optical interconnect is arranged below the Si CMOS device layer; wherein the waveguide is made of SiN x and facilitates transmission of light of visible wavelength emitted by the InGaN/GaN light emitting diode to the InGaN/GaN photodetector, the waveguide is formed between a SiON layer and a second SiO 2 layer formed to cover the waveguide, and the SiON layer is arranged intermediate the waveguide and the Si substrate; and wherein the InGaN/GaN photodetector and the InGaN/GaN light emitting diode are electrically connected to the transistors by electrical connections, the electrical connections extending through an electrically insulating material in a recess formed in the Si CMOS device layer and in the first SiO 2 layer and through the second SiO 2 layer via a plurality of vias to electrically connect the transistors to the InGaN/GaN photodetector and the InGaN/GaN light emitting diode.
An apparatus for converting a liquid into an at least partially frozen form including: an outer container; and a freezing device including a mouth into which the liquid is able to be poured; the freezing device includes an outer wall and an inner wall sealably connected together to form at least one refrigerant cavity; the freezing device being receivable within said outer container, the freezing device further being at least partially filled with a refrigerant material, the refrigerant material being able to be cooled below a freezing temperature of the liquid; wherein, both of said outer container and said freezing device are squeezable or otherwise deformable to promote contact between the liquid and the freezing device and facilitate conversion of said liquid into the at least partially frozen form. an outer container; and a freezing device including a mouth into which the liquid is able to be poured;
A personal hand-held monitor (PHHM) comprising a signal acquisition device for acquiring signals which can be used to derive a measurement of a parameter related to the health of the user, wherein the signal acquisition device comprises a blood photosensor having one or more photo-emitters for transmitting light to a body part of a user, one or more photo-detectors (88; 108) for detecting light transmitted through or scattered by the body part and two or more optical cells (86; 87), at least one of which contains an analyte to be detected or which mimics the absorption spectrum of the analyte to be detected, through which the light that has been or will be transmitted through or scattered by the body part passes before it reaches the or each photo-detector, wherein the processor of the PHHM is adapted to process the signals received from the or each photo-detector to calculate the difference in intensity of light which has passed through the or each analyte cell and light which has passed through the or each non-analyte cell, to determine the pulse of the user and to correlate the signals obtained from the photosensor with the pulse of the user, wherein the PHHM is adapted to apply pressure to the body part or to have pressure applied to it by the body part so that, in use, an artery in the body part changes from occluded to patent during each pulse and the processor of the PHHM is adapted to derive a measurement of the change in the luminal area of the artery during each pulse and to correlate the signals received from the blood photosensor with the pulse and the change in the luminal area of the artery to provide a measurement of the concentration of the analyte in the arterial blood.
A solar cell element comprising: a semiconductor substrate; and a collector electrode including a plurality of conductor portions elongated in a first direction on a light-receiving surface of the semiconductor substrate, wherein the plurality of the conductor portions comprise: a linear first conductor region; and a linear second conductor region, the linear second conductor region being electrically connected to the first conductor region, the first conductor region includes a first conductor layer, the second conductor region includes a second conductor layer and a plated layer, a porosity of the second conductor layer is greater than 5%, and a porosity of the plated layer is 5% or less, wherein the plurality of conductor portions are aligned in a second direction orthogonal to the first direction, on the light-receiving surface of the semiconductor substrate, within a first range located on a first end side in the second direction of the semiconductor substrate, each of the plurality of conductor portions is the first conductor region not including the plated layer, within a second range located on a second end side which is opposite to the first end side of the semiconductor substrate with respect to the first range in the second direction, each of the plurality of conductor portions is the second conductor region including the plated layer, and the first range is narrower than the second range in the second direction. a semiconductor substrate; and a collector electrode including a plurality of conductor portions elongated in a first direction on a light-receiving surface of the semiconductor substrate, wherein the plurality of the conductor portions comprise: a linear first conductor region; and a linear second conductor region, the linear second conductor region being electrically connected to the first conductor region, the first conductor region includes a first conductor layer, the second conductor region includes a second conductor layer and a plated layer, a porosity of the second conductor layer is greater than 5%, and a porosity of the plated layer is 5% or less, wherein the plurality of conductor portions are aligned in a second direction orthogonal to the first direction, on the light-receiving surface of the semiconductor substrate, within a first range located on a first end side in the second direction of the semiconductor substrate, each of the plurality of conductor portions is the first conductor region not including the plated layer, within a second range located on a second end side which is opposite to the first end side of the semiconductor substrate with respect to the first range in the second direction, each of the plurality of conductor portions is the second conductor region including the plated layer, and the first range is narrower than the second range in the second direction.
Cosmetic composition for washing and conditioning keratin fibres, in particular human keratin fibres such as the hair, comprising, in a cosmetically acceptable medium: (i) from 0.01% to 5% by weight, relative to the total weight of the said composition, of one or more organosilicon compounds chosen from silanes comprising one silicon atom and siloxanes comprising two or three silicon atoms, the said organosilicon compounds also comprising one or more basic chemical functions and one or more hydroxyl or hydrolysable groups per molecule; (ii) one or more anionic surfactants, and (iii) one or more nonionic thickeners, the said cosmetic composition having a weight ratio between the said organosilicon compound(s) and the said anionic surfactant(s) at least equal to 5×10 -4. (i) from 0.01% to 5% by weight, relative to the total weight of the said composition, of one or more organosilicon compounds chosen from silanes comprising one silicon atom and siloxanes comprising two or three silicon atoms, the said organosilicon compounds also comprising one or more basic chemical functions and one or more hydroxyl or hydrolysable groups per molecule; (ii) one or more anionic surfactants, and (iii) one or more nonionic thickeners,
An automatic winder configured to wind yarn from a yarn supply bobbin to form a package, the automatic winder comprising: a receiving unit configured to receive, from a spinning frame configured to form the yarn supply bobbin, spinning information including information on at least one of a processing status of forming the yarn supply bobbin and a condition for completing spinning of the yarn supply bobbin; and a control unit configured to control operation of the automatic winder based on the spinning information received by the receiving unit; wherein the spinning information includes information on a state at the end of yarn winding in the yarn supply bobbin as the information on the condition for completing spinning, wherein the information on the processing status of forming a yarn supply bobbin is information indicating remaining time until yarn supply bobbins are simultaneously doffed, wherein the information on a state at the end of yarn winding in the yarn supply bobbin is information indicating whether bunch winding has been performed or information whether the yarn supply bobbin has been formed into a partial bobbin; characterized in that the automatic winder includes, in a bobbin transfer unit configured to transfer the yarn supply bobbin to the automatic winder, a bobbin preparation unit configured to perform preliminary preparation for processing yarn of the yarn supply bobbin, and the control unit, based on the information on the end of yarn winding, controls bobbin preparing operation for the yarn supply bobbin in the bobbin preparation unit. a receiving unit configured to receive, from a spinning frame configured to form the yarn supply bobbin, spinning information including information on at least one of a processing status of forming the yarn supply bobbin and a condition for completing spinning of the yarn supply bobbin; and a control unit configured to control operation of the automatic winder based on the spinning information received by the receiving unit; wherein the spinning information includes information on a state at the end of yarn winding in the yarn supply bobbin as the information on the condition for completing spinning, wherein the information on the processing status of forming a yarn supply bobbin is information indicating remaining time until yarn supply bobbins are simultaneously doffed, wherein the information on a state at the end of yarn winding in the yarn supply bobbin is information indicating whether bunch winding has been performed or information whether the yarn supply bobbin has been formed into a partial bobbin; characterized in that the automatic winder includes, in a bobbin transfer unit configured to transfer the yarn supply bobbin to the automatic winder, a bobbin preparation unit configured to perform preliminary preparation for processing yarn of the yarn supply bobbin, and the control unit, based on the information on the end of yarn winding, controls bobbin preparing operation for the yarn supply bobbin in the bobbin preparation unit.