mhurhangee/ep-ind-claims huggingface dataset:
A shaft having a splined portion which comprises a first set of teeth with each tooth spaced radially at intervals about a first outer circumferential region of the shaft and a second set of teeth comprising an equal number of teeth to the first set that are also spaced radially at the same regular intervals about a second outer circumferential region of the shaft that is offset axially from the first region, with at least one tooth of the first set of teeth aligned with a corresponding tooth of the second set to form a pair in which the two teeth of the pair together form an elongate spline; and wherein the first tooth and second tooth of each elongate spline are separated from each other in a direction parallel to the axis of the shaft by a groove (29a, 29b) that terminates at each end by a shoulder forming an end of a respective tooth, whereby each shoulder is tapered in a direction normal to the axis of the shaft and in that an overmolding is provided that comprises a portion that covers the teeth that is continuous with a portion that extends into the groove, the outer face of the overmoulding defining a plurality of teeth that each correspond to a respective underlying tooth of the shaft, characterised in that all the first and second teeth (28a, 28b) are aligned in pairs to form elongate splines and in which the groove (29a, 29b) that spaces a pair of teeth of one spline is located at a different axial position along the shaft from the grooves that separate the teeth of the immediately adjacent splines.
Device (20, 40, 50) for fighting Varroa mites in a bee colony in a beehive, comprising a housing with: - a heating unit (38, 70) for heating the beehive, - a sensor unit (43, 53) with a temperature sensor for detecting a temperature within the beehive, - a control unit (42, 52) for controlling the heating based on the detected temperature, wherein the housing is configured for being inserted at least partially into the beehive through an entrance of the beehive, characterized in that the heating unit (38, 70) is configured for heating, controlled by the control unit (42, 52), an atmosphere within the beehive so that the bee colony within the beehive homogenously reaches a temperature of 40°C - 42°C, that the housing comprises a frame, which is configured for being inserted into the beehive, that the heating unit is a heating plate arranged in the frame, and that the heating plate is arranged parallel to a ground of the beehive within the frame. - a heating unit (38, 70) for heating the beehive, - a sensor unit (43, 53) with a temperature sensor for detecting a temperature within the beehive, - a control unit (42, 52) for controlling the heating based on the detected temperature,
A process for producing alkyl R-lactate comprising: producing an intermediate comprising R,R- and S,S-lactide from an initial compound comprising substructure wherein the initial compound is subjected to stereoisomerisation conditions, and wherein the initial compound is contacted with a basic or acidic stereoisomerisation catalyst, resulting in a change from a first stereoisomeric distribution to a second different stereoisomeric distribution; and reacting at least a portion of the intermediate with an alkyl alcohol to produce a product comprising alkyl R-lactate, wherein alkyl R-lactate is produced in the presence of an enzyme.
A method of wireless communication performed by a processor of a transmitting device transmitting a waveform to a receiving device, comprising: obtaining transmit waveform distortion information of the transmitting device; compressing the transmit waveform distortion information of the transmitting device into compressed transmit waveform distortion information using an encoder neural network, wherein the encoder neural network is trained to compress the transmit waveform distortion information of the transmitting device into the compressed transmit waveform distortion information; and sending the compressed transmit waveform distortion information and one or more decoder neural network weights to the receiving device in a configuration that enables the receiving device to use the one or more decoder neural network weights to configure a decoder neural network of the receiving device to recover the transmit waveform distortion information of the transmitting device from the compressed transmit waveform distortion information, wherein the decoder neural network is trained to recover the transmit waveform distortion information of the transmitting device from the compressed transmit waveform distortion information; and wherein the one or more decoder neural network weights are weights of the trained decoder neural network of the transmitting device. obtaining transmit waveform distortion information of the transmitting device; compressing the transmit waveform distortion information of the transmitting device into compressed transmit waveform distortion information using an encoder neural network, wherein the encoder neural network is trained to compress the transmit waveform distortion information of the transmitting device into the compressed transmit waveform distortion information; and sending the compressed transmit waveform distortion information and one or more decoder neural network weights to the receiving device in a configuration that enables the receiving device to use the one or more decoder neural network weights to configure a decoder neural network of the receiving device to recover the transmit waveform distortion information of the transmitting device from the compressed transmit waveform distortion information, wherein the decoder neural network is trained to recover the transmit waveform distortion information of the transmitting device from the compressed transmit waveform distortion information; and wherein the one or more decoder neural network weights are weights of the trained decoder neural network of the transmitting device.
At least single-sidedly adhesive, at least two-layer adhesive tape, comprising - a first, viscoelastic polymer layer and - a second polymer layer on the top face of the first polymer layer, characterized in that the first, viscoelastic polymer layer is based on a polymer which is obtainable by polymerization of a monomer composition of 65% to 97% by weight of ethylhexyl acrylate and/or butyl acrylate, 0% to 30% by weight of methyl acrylate, 3% to 15% by weight of acrylic acid; the first, viscoelastic polymer layer is crosslinked and has an elastic component of less than 80%; in that the second polymer layer is based on a polymer which is obtainable by polymerization of a monomer composition of 85% to 95% by weight of ethylhexyl acrylate and/or butyl acrylate, 5% to 15% by weight of acrylic acid, the second polymer layer is a layer of pressure-sensitive adhesive, is thermally crosslinked using at least one epoxycyclohexyl derivative in the absence of accelerators, and has an elastic component of more than 80%, the elastic component being determined in each case in the microshear test as indicated herein; in that on the bottom face of the first polymer layer there is a third polymer layer which likewise has an elastic component of more than 80% and is a layer of pressure-sensitive adhesive; and in that the second and third polymer layers are chemically identical. - a first, viscoelastic polymer layer and - a second polymer layer on the top face of the first polymer layer, 65% to 97% by weight of ethylhexyl acrylate and/or butyl acrylate, 0% to 30% by weight of methyl acrylate, 3% to 15% by weight of acrylic acid; the first, viscoelastic polymer layer is crosslinked and has an elastic component of less than 80%; in that the second polymer layer is based on a polymer which is obtainable by polymerization of a monomer composition of 85% to 95% by weight of ethylhexyl acrylate and/or butyl acrylate, 5% to 15% by weight of acrylic acid, the second polymer layer is a layer of pressure-sensitive adhesive, is thermally crosslinked using at least one epoxycyclohexyl derivative in the absence of accelerators, and has an elastic component of more than 80%, the elastic component being determined in each case in the microshear test as indicated herein; in that on the bottom face of the first polymer layer there is a third polymer layer which likewise has an elastic component of more than 80% and is a layer of pressure-sensitive adhesive; and in that the second and third polymer layers are chemically identical.
An orthometalated complex, wherein a 3,5-diphenyl-1,2,4-triazole is a ligand of the orthometalated complex, and wherein the central metal is selected from an element belonging to Group 9 or 10.
A fluid regulating device, comprising: a valve body having an inlet, an outlet, and a valve port; a control element shiftably disposed within the valve body, the control element adapted to be displaced relative to the valve port to control the flow of a fluid between the inlet and the outlet; a control assembly operatively coupled to the control element, the control assembly including a diaphragm disposed adjacent a diaphragm chamber; characterized in that the fluid regulating device comprises a sense tube having a first end, a second end, and a sense hole formed in the sense tube adjacent the second end, the first end being positioned to provide flow communication with the diaphragm chamber of the control assembly, the second end being disposed proximate to the outlet, and the second end being movable, relative to the first end, between a first position within the valve body and a second position extending outside of the valve body adjacent the outlet, the movement being in response to fluid flowing between the inlet and the outlet. a valve body having an inlet, an outlet, and a valve port; a control element shiftably disposed within the valve body, the control element adapted to be displaced relative to the valve port to control the flow of a fluid between the inlet and the outlet; a control assembly operatively coupled to the control element, the control assembly including a diaphragm disposed adjacent a diaphragm chamber; characterized in that the fluid regulating device comprises a sense tube having a first end, a second end, and a sense hole formed in the sense tube adjacent the second end, the first end being positioned to provide flow communication with the diaphragm chamber of the control assembly, the second end being disposed proximate to the outlet, and the second end being movable, relative to the first end, between a first position within the valve body and a second position extending outside of the valve body adjacent the outlet, the movement being in response to fluid flowing between the inlet and the outlet.
A pin joint for an eccentric screw pump comprising a stator, a rotor and a drive shaft, wherein a coupling rod is arranged gimbal-mounted by means of two pin joints between the rotor and the drive shaft, wherein the pin joint in each case comprises a joint head constituted by an inner joint part and an outer joint part, wherein the inner joint part and the outer joint part each comprise a diametrical bore (11, 12, 12*), through which a bolt (15, 15*) is passed, wherein the bolt (15, 15*) comprises a base part (16, 16*), to the free ends whereof head parts (17, 17*, 18, 18*) each enlarging the cross-section of the bolt (15, 15*) are fastened, characterised in that a sealing element is arranged in the bordering region between the base part (16*) and at least one head part (18*) of the bolt (15*).
A rollable chair, comprising: a first frame to allow the rollable chair to remain substantially stationary when attached to a docking mechanism, the first frame including a first hook disposed at a rear portion of the first frame; a second frame coupled to the first frame, the second frame to allow a seat of the rollable chair to translate relative the first frame along a first axis, the first axis extending along a length of the rollable chair, the second frame including a second hook disposed at a rear portion of the second frame; a third frame coupled to the second frame, the third frame to allow the seat of the rollable chair to rotate about a second axis that is perpendicular to the first axis and to attach to the docking mechanism, the third frame including a third hook disposed at a rear portion of the third frame; a chair back having a top end and a bottom end; a push handle coupled to the top end of the chair back; and a chair back guide coupled to the rollable chair, wherein the chair back translates along the chair back guide such that in a first position a top end of the chair back extends a vertical distance above the seat of the rollable chair, and, in a second position, the top end of the chair back is vertically even with the seat of the rollable chair, the push handle further comprising a locking mechanism to prevent the push handle from rotating when in a locked position and to allow the push handle to rotate when in an unlocked position. a first frame to allow the rollable chair to remain substantially stationary when attached to a docking mechanism, the first frame including a first hook disposed at a rear portion of the first frame; a second frame coupled to the first frame, the second frame to allow a seat of the rollable chair to translate relative the first frame along a first axis, the first axis extending along a length of the rollable chair, the second frame including a second hook disposed at a rear portion of the second frame; a third frame coupled to the second frame, the third frame to allow the seat of the rollable chair to rotate about a second axis that is perpendicular to the first axis and to attach to the docking mechanism, the third frame including a third hook disposed at a rear portion of the third frame; a chair back having a top end and a bottom end; a push handle coupled to the top end of the chair back; and a chair back guide coupled to the rollable chair, wherein
Phosphor particles in the form of spherical polycrystalline secondary particles consisting of a multiplicity of primary particles, comprising a garnet phase having the compositional formula: (A 1-x B x) 3 C 5 O 12 wherein A is at least one rare earth element selected from the group consisting of Y, Gd and Lu, B is at least one rare earth element selected from the group consisting of Ce, Nd and Tb, C is at least one element selected from the group consisting of Al and Ga, and x is a number of 0.002 to 0.2, said secondary particles having an average particle size of 5 to 50 μm, and wherein the phosphor particles have an absorptance of at least 90% of exciting light and an external quantum efficiency of at least 85% at an excitation wavelength of 450 nm, and an emission wavelength in the range of 480 to 780 nm; the phosphor particles being obtainable by a method comprising the steps of: providing a powder oxide or oxides containing one or more of the elements A, B and C in compositional formula as a starting material, using one powder oxide in which the elements A, B and C are present in a ratio of compositional formula or mixing two or more powder oxides such that the elements A, B and C may be present in a ratio of compositional formula, granulating the powder oxide or powder oxide mixture into granules with an average particle size of 5 to 65 μm, melting the granules in a plasma and solidifying outside the plasma, thereby obtaining spherical particles, and heat treating the particles in a non-oxidizing atmosphere being an inert gas atmosphere in which the inert gas is in part replaced by a reducing gas, at a temperature of 900 to 1,700oC. providing a powder oxide or oxides containing one or more of the elements A, B and C in compositional formula as a starting material, using one powder oxide in which the elements A, B and C are present in a ratio of compositional formula or mixing two or more powder oxides such that the elements A, B and C may be present in a ratio of compositional formula, granulating the powder oxide or powder oxide mixture into granules with an average particle size of 5 to 65 μm, melting the granules in a plasma and solidifying outside the plasma, thereby obtaining spherical particles, and heat treating the particles in a non-oxidizing atmosphere being an inert gas atmosphere in which the inert gas is in part replaced by a reducing gas, at a temperature of 900 to 1,700oC.
A radio communication device comprising: a radio communication section adapted to communicate by radio with a base station; a detecting section adapted to detect a state change of the radio communication device; and a receipt control section adapted to switch, among two or more cycles, a receiving cycle for receiving a paging channel sent from the base station according to a detection result obtained by the detecting section, wherein the radio communication section is adapted to receive information indicating the two or more cycles from the base station, and wherein the radio communication device further includes a storage section adapted to store the information indicating the two or more cycles received by the radio communication section, and wherein the detecting section is adapted to detect a movement of the radio communication device as the state change, characterized in that the radio communication device further comprises a GPS sensor, and in that the detecting section is adapted to detect that the radio communication device has moved to a predetermined location as the state change based on the GPS sensor. a radio communication section adapted to communicate by radio with a base station; a detecting section adapted to detect a state change of the radio communication device; and a receipt control section adapted to switch, among two or more cycles, a receiving cycle for receiving a paging channel sent from the base station according to a detection result obtained by the detecting section, wherein the radio communication section is adapted to receive information indicating the two or more cycles from the base station, and wherein the radio communication device further includes a storage section adapted to store the information indicating the two or more cycles received by the radio communication section, and wherein the detecting section is adapted to detect a movement of the radio communication device as the state change, characterized in that the radio communication device further comprises a GPS sensor, and in that the detecting section is adapted to detect that the radio communication device has moved to a predetermined location as the state change based on the GPS sensor.
A cover sheet comprising: an electrically-conductive spacer material comprising an upper surface, a lower surface and a thickness measured between the upper and the lower surface, wherein the electrically-conductive spacer material includes a volume of air within the material and allows air to move through the material; a vapour permeable material proximal to the upper surface of the electrically-conductive spacer material; an electrical circuit configured to measure an electrical parameter that is related to the thickness of the electrically-conductive spacer material; and an indicator configured to provide an indication when the electrical parameter is outside a predetermined range. an electrically-conductive spacer material comprising an upper surface, a lower surface and a thickness measured between the upper and the lower surface, wherein the electrically-conductive spacer material includes a volume of air within the material and allows air to move through the material; a vapour permeable material proximal to the upper surface of the electrically-conductive spacer material; an electrical circuit configured to measure an electrical parameter that is related to the thickness of the electrically-conductive spacer material; and an indicator configured to provide an indication when the electrical parameter is outside a predetermined range.
Washing machine for the washing of laundry such as clothes and textiles, which washing machine comprises a main part and a washing bag in which the washing of the laundry takes place, wherein the main part comprises: - an inlet, for supplying washing water, - an outlet, for disposal of washing water, - a pump, for pumping the washing water, - a connection unit for fluid tight connection of the washing bag to the main part, characterised in that the washing bag has fluid tight walls and a connection part for fluid tight connection to the connection unit of the main part, wherein the connection unit of the main part is arranged to lead water from the inlet of the main part to the washing bag and, by means of the pump, to pump water and air from the washing bag in order to create a negative pressure inside the washing bag with respect to the surrounding atmospheric pressure and by that emptying the washing bag of washing water, and wherein the inner walls of the washing bag are provided with concavities- and/or convexities (13a-b) arranged to let water and air pass between them even when the inner walls are pressed towards each other. - an inlet, for supplying washing water, - an outlet, for disposal of washing water, - a pump, for pumping the washing water, - a connection unit for fluid tight connection of the washing bag to the main part, characterised in that the washing bag has fluid tight walls and a connection part for fluid tight connection to the connection unit of the main part, wherein the connection unit of the main part is arranged to lead water from the inlet of the main part to the washing bag and, by means of the pump, to pump water and air from the washing bag in order to create a negative pressure inside the washing bag with respect to the surrounding atmospheric pressure and by that emptying the washing bag of washing water, and wherein the inner walls of the washing bag are provided with concavities- and/or convexities (13a-b) arranged to let water and air pass between them even when the inner walls are pressed towards each other.
An optical coherence tomography system comprising: a wavelength tuning source (700, 800, 805) configured to provide a light signal whose wavelength varies over time; a detector apparatus (755, 852) configured to provide first data associated with a first light signal provided by the wavelength tuning source (700, 800, 805) reflected from at least one region of at least one sample (740, 845) based on optical coherence tomography, and second data associated with a second light signal received from the at least one sample (740, 845) based on fluorescence imaging, wherein the detector apparatus (755, 852) is further configured to obtain optical coherence tomography information associated with the light signal provided by the wavelength tuning source (700, 800, 805) and third data from light reflected from a reference mirror (720, 825); and a CPU (760, 860) configured to generate further data based on the first, second and third data, the further data including reflectance as a function of depth within the at least one sample. a wavelength tuning source (700, 800, 805) configured to provide a light signal whose wavelength varies over time; a detector apparatus (755, 852) configured to provide first data associated with a first light signal provided by the wavelength tuning source (700, 800, 805) reflected from at least one region of at least one sample (740, 845) based on optical coherence tomography, and second data associated with a second light signal received from the at least one sample (740, 845) based on fluorescence imaging, wherein the detector apparatus (755, 852) is further configured to obtain optical coherence tomography information associated with the light signal provided by the wavelength tuning source (700, 800, 805) and third data from light reflected from a reference mirror (720, 825); and a CPU (760, 860) configured to generate further data based on the first, second and third data, the further data including reflectance as a function of depth within the at least one sample.