mhurhangee/patent-ind-claim-en huggingface dataset:
A lifter for a laundry treating apparatus, the lifter comprising: a first member mounted at an inner side of a drum; and a second member mounted on the first member and protruded toward an inside of the drum, characterized in that the first member comprises: a hook portion formed to protrude along a circumference of the first member , at least a part of which is disposed to cover an inner circumferential surface of the drum when inserted into a fastening hole of the drum and then slid in one direction; and a shielding portion formed to protrude from an inner side of the first member and extended from one end of the hook portion in a direction contrary to the sliding direction of the hook portion to completely cover the fastening hole when the hook portion is inserted into the fastening hole and then slid in one direction. a first member mounted at an inner side of a drum; and a second member mounted on the first member and protruded toward an inside of the drum, characterized in that the first member comprises: a hook portion formed to protrude along a circumference of the first member , at least a part of which is disposed to cover an inner circumferential surface of the drum when inserted into a fastening hole of the drum and then slid in one direction; and a shielding portion formed to protrude from an inner side of the first member and extended from one end of the hook portion in a direction contrary to the sliding direction of the hook portion to completely cover the fastening hole when the hook portion is inserted into the fastening hole and then slid in one direction. a hook portion formed to protrude along a circumference of the first member , at least a part of which is disposed to cover an inner circumferential surface of the drum when inserted into a fastening hole of the drum and then slid in one direction; and a shielding portion formed to protrude from an inner side of the first member and extended from one end of the hook portion in a direction contrary to the sliding direction of the hook portion to completely cover the fastening hole when the hook portion is inserted into the fastening hole and then slid in one direction.
A conductive polymer composite based sensor for measuring force, pressure, strain, movement, acceleration, vibration and/or changes thereof and for use in a medical device, comprising: - a substrate , and - a sensor material , wherein the sensor material comprises an insulating polymer matrix component and an electrically conductive component dispersed in the polymer matrix component to form the conductive polymer composite, characterized in that the sensor material is pre-strained, and wherein the sensor material is applied to the substrate to form the sensor . - a substrate , and - a sensor material , wherein the sensor material comprises an insulating polymer matrix component and an electrically conductive component dispersed in the polymer matrix component to form the conductive polymer composite, characterized in that the sensor material is pre-strained, and wherein the sensor material is applied to the substrate to form the sensor . wherein the sensor material comprises an insulating polymer matrix component and an electrically conductive component dispersed in the polymer matrix component to form the conductive polymer composite, characterized in that the sensor material is pre-strained, and wherein the sensor material is applied to the substrate to form the sensor .
Method for non-contact sensing of the temperature of a rotating part of an electric machine, which rotating part is mounted rotatably with respect to an axis of rotation, by means of - a marking with fluorescent marking structures which are arranged on the rotating part in a manner distributed in at least one ring-shaped arrangement around the axis of rotation and are thermally connected to said rotating part, wherein the at least one arrangement of the fluorescent marking structures forms a barcode-type coding, - a light source for exciting the fluorescent marking structures and - at least one light sensor for detecting fluorescent light emitted on account of the excitation of the fluorescent marking structures, from which a variable correlating with a temperature-dependent decay time constant τ of the material of the fluorescent marking structures is ascertained and the temperature of the rotating part is determined by way of this variable. - a marking with fluorescent marking structures which are arranged on the rotating part in a manner distributed in at least one ring-shaped arrangement around the axis of rotation and are thermally connected to said rotating part, wherein the at least one arrangement of the fluorescent marking structures forms a barcode-type coding, - a light source for exciting the fluorescent marking structures and - at least one light sensor for detecting fluorescent light emitted on account of the excitation of the fluorescent marking structures, from which a variable correlating with a temperature-dependent decay time constant τ of the material of the fluorescent marking structures is ascertained and the temperature of the rotating part is determined by way of this variable.
A compound represented by formula (I), a pharmaceutically acceptable salt or a specific geometric or stereomeric form thereof, is a single bond or a double bond; n is 0 or 1; each of T 1 , T 2 is independently selected from the group consisting of CH, CH 2 , -C(=O)-and N; T 3 is C or N; each of Z 1 , Z 2 , Z 3 is independently CH or N; L 1 is selected from the group consisting of a single bond, -NH- and -C(=O)-NH-; R 1 is selected from the group consisting of C 1-3 alkyl, phenyl or 6-membered heteroaryl, each of which is optionally substituted by 1, 2 or 3 R; R 2 is -H, F, Cl, Br or I; Ring A is 4 to 7-membered heterocycloalkyl; R is F, Cl, Br or I; the "hetero" in 6-membered heteroaryl or 4 to 7-membered heterocycloalkyl is independently -NH-, N or -O-; in any of the cases above, the number of heteroatom or heteroatom group is independently 1, 2 or 3, respectively. is a single bond or a double bond; n is 0 or 1; each of T 1 , T 2 is independently selected from the group consisting of CH, CH 2 , -C(=O)-and N; T 3 is C or N; each of Z 1 , Z 2 , Z 3 is independently CH or N; L 1 is selected from the group consisting of a single bond, -NH- and -C(=O)-NH-; R 1 is selected from the group consisting of C 1-3 alkyl, phenyl or 6-membered heteroaryl, each of which is optionally substituted by 1, 2 or 3 R; R 2 is -H, F, Cl, Br or I; Ring A is 4 to 7-membered heterocycloalkyl; R is F, Cl, Br or I; the "hetero" in 6-membered heteroaryl or 4 to 7-membered heterocycloalkyl is independently -NH-, N or -O-; in any of the cases above, the number of heteroatom or heteroatom group is independently 1, 2 or 3, respectively.
A target display device adapted for assisting to aim at a target beyond a vision obstructing object , the device comprising: a forward-facing camera ; the target display device is characterized in that it comprises:a target marker projector ; and an orientation marker projector , the forward-facing camera being adapted to capture an image beyond the vision obstructing object by using a support member being a thin structure having a distal end that can be inserted through a narrow space past the vision-obstructing object ; the target marker projector being adapted to project a target marker ; the orientation marker projector being adapted to project an orientation marker ; and the forward-facing camera being adapted to capture an image in alignment with the target marker and the orientation marker along a longitudinal axial plane through the target display device , the target display device having a longitudinal axial plane extending in a forward-rearward direction of the target display device , the forward-facing camera , the target marker projector and the orientation marker projector being substantially aligned along the longitudinal axial plane, the target marker projector being adapted to project the target marker upward and forward onto the vision-obstructing object where the longitudinal axial plane intersects the vision-obstructing object , and the orientation marker projector being adapted to project the orientation marker rearward and downward onto a surface on which the target display device is placed where the longitudinal axial plane intersects the surface. a forward-facing camera ; the target display device is characterized in that it comprises:a target marker projector ; and an orientation marker projector , the forward-facing camera being adapted to capture an image beyond the vision obstructing object by using a support member being a thin structure having a distal end that can be inserted through a narrow space past the vision-obstructing object ; the target marker projector being adapted to project a target marker ; the orientation marker projector being adapted to project an orientation marker ; and the forward-facing camera being adapted to capture an image in alignment with the target marker and the orientation marker along a longitudinal axial plane through the target display device , the target display device having a longitudinal axial plane extending in a forward-rearward direction of the target display device , the forward-facing camera , the target marker projector and the orientation marker projector being substantially aligned along the longitudinal axial plane, the target marker projector being adapted to project the target marker upward and forward onto the vision-obstructing object where the longitudinal axial plane intersects the vision-obstructing object , and the orientation marker projector being adapted to project the orientation marker rearward and downward onto a surface on which the target display device is placed where the longitudinal axial plane intersects the surface.
A method for producing aerated concrete molded bodies comprising an underlayer or an overlayer or both, comprising (a) submitting a composition comprising at least: • 10 to 40% by weight, preferably 15 to 32% by weight, especially preferably 18 to 25% by weight water and • more than 5% by weight, preferably more than 5 to 90% by weight, especially preferably 10 to 80% by weight cement as a binder, to a mixing process in a mixer to obtain a binder suspension, (b) submitting the binder suspension, preferably in the mixer, to a chemical blowing agent in particulate form, which generates a gas and pores by chemical reaction, in particular chemical reaction with water, to obtain an aerated concrete mixture, and (c) adding the aerated concrete mixture to a form to produce a cured aerated concrete molded body, wherein before the aerated concrete mixture is added to the form, a layer of a plaster mortar is added as an underlayer, or a plaster mortar is applied to the prehardened aerated concrete mixture as an overlayer or both, and (d) curing at least the aerated concrete mixture at least partially in a chamber at an elevated temperature relative to the ambient temperature in a water vapor atmosphere and substantially at ambient pressure, (e) removal of the aerated concrete molded body comprising an underlayer or an overlayer or both, wherein the underlayer and overlayer have a greater density than the density of the remaining aerated concrete molded body. (a) submitting a composition comprising at least: • 10 to 40% by weight, preferably 15 to 32% by weight, especially preferably 18 to 25% by weight water and • more than 5% by weight, preferably more than 5 to 90% by weight, especially preferably 10 to 80% by weight cement as a binder, to a mixing process in a mixer to obtain a binder suspension, • 10 to 40% by weight, preferably 15 to 32% by weight, especially preferably 18 to 25% by weight water and • more than 5% by weight, preferably more than 5 to 90% by weight, especially preferably 10 to 80% by weight cement as a binder, (b) submitting the binder suspension, preferably in the mixer, to a chemical blowing agent in particulate form, which generates a gas and pores by chemical reaction, in particular chemical reaction with water, to obtain an aerated concrete mixture, and (c) adding the aerated concrete mixture to a form to produce a cured aerated concrete molded body, wherein before the aerated concrete mixture is added to the form, a layer of a plaster mortar is added as an underlayer, or a plaster mortar is applied to the prehardened aerated concrete mixture as an overlayer or both, and (d) curing at least the aerated concrete mixture at least partially in a chamber at an elevated temperature relative to the ambient temperature in a water vapor atmosphere and substantially at ambient pressure, (e) removal of the aerated concrete molded body comprising an underlayer or an overlayer or both,
Machine for emptying sacks containing powder or granular material, that comprises: one picker and handling unit , able to take at least one sack from a feed station of full sacks (S); one cutter unit , operating in a sack-emptying station situated downstream of the feed station , for slitting the sack (S) carried by the picker and handling unit ; means for collecting the product , situated in the sack-emptying station underneath the cutter unit , that receive the powder or granular material falling by gravity from the previously-cut sack (S), to convey the material towards a transfer line; means for receiving and removing the empty sacks (S), situated in a sack-ejection station with the picker and handling unit , comprising one carriage consisting of two roller sliders attached to each other by a frame and moving horizontally along a guideway located above the emptying and ejection stations, actuated so that it travels forward (F) and back (R) between the sack-ejection station and the sack-feed station , passing through the sack-emptying station ; prongs , mounted almost horizontally on the frame of said carriage , said prongs extending from the carriage towards the sack-feed station and being able to pierce at least one full sack (S) present in the sack-feed station when the carriage reaches the end of its forward travel (F), so that the sack is attached to the carriage and carried along with it on the return travel (R) toward the sack-emptying station ; said machine being characterized in that the cutter unit comprises at least one first shaft rotated by a first actuator , arranged so that the horizontal axis of the shaft is perpendicular to the direction of movement of the carriage and underneath the sack (S) carried by the carriage during the return travel (R), and with a number of circular blades , keyed at preset distances along the first shaft and set at an angle relative to the axis of this shaft, such that during the rotation of the first shaft each of the circular blades follows a trajectory such that the point of contact between its circumference and a tangential plane oscillates on a line parallel to the axis of the first shaft , with amplitude proportional to the aforesaid angle, so that each of the blades is able to intercept and slice the lower surface of the passing sack (S), forming a cut of sinusoidal shape that facilitates the outflow of the powder or granular material into the product-collection means below.
Shelf comprising a rectangular lower part and a rectangular upper part which can be placed or is placed on top of the lower part, both of which have at each of their corners rectangular corner recesses for shelf posts , wherein the lower part is a sheet metal part having a rectangular bottom surface except for the corner recesses and having four side walls which are each angled upwards at right angles from the bottom surface , wherein the lower part is reinforced in the region of the corner recesses in each case by means of a W-shaped step profile , the two outer legs of which are fastened to the lower part and the two inner legs of which follow the right-angled corner contour of the corner recess and terminate flush with the corner contour of the corner recess or project outwards beyond the corner contour , and wherein at least one of the two inner legs has a fastening opening .
A fuel cell apparatus corresponding to a first slave apparatus among a plurality of fuel cell apparatuses that includes a master apparatus and slave apparatuses including the first slave apparatus and a second slave apparatus, the fuel cell apparatus comprising: a cell stack ; a communication unit ; and a controller, wherein the communication unit is configured to communicably connect to the master apparatus and the second slave apparatus, the controller is configured to control the cell stack on the basis of control information acquired from the master apparatus, the controller is configured to transmit a master candidacy message indicating assumption by proxy of functionality of the master apparatus to the second slave apparatus from the communication unit when the controller detects that the master apparatus has lost functionality, and the controller is configured to cause the second slave apparatus to receive the master candidacy message, thereby causing the second slave apparatus to detect that the master apparatus has lost functionality, when the controller detects that the master apparatus has lost functionality before the second slave apparatus detects the same. a cell stack ; a communication unit ; and a controller, wherein the communication unit is configured to communicably connect to the master apparatus and the second slave apparatus, the controller is configured to control the cell stack on the basis of control information acquired from the master apparatus, the controller is configured to transmit a master candidacy message indicating assumption by proxy of functionality of the master apparatus to the second slave apparatus from the communication unit when the controller detects that the master apparatus has lost functionality, and the controller is configured to cause the second slave apparatus to receive the master candidacy message, thereby causing the second slave apparatus to detect that the master apparatus has lost functionality, when the controller detects that the master apparatus has lost functionality before the second slave apparatus detects the same.
A STATCOM arrangement comprising: a Static Synchronous Compensator, STATCOM, power electronic converter configured to be connected to a three-phase AC grid , the STATCOM comprising a plurality of converter arms , each converter arm comprising a plurality of series connected converter cells ; and an Energy Storage System, ESS, comprising an energy storage, ES, and energy storage switches (S ES ) enabling the ES to be connected to the AC grid via the converter arms; wherein said plurality of converter arms comprises a plurality of intermittently usable chain-links of the series connected converter cells , wherein each intermittently usable chain-link is configured to be used for STATCOM operation during a time period within a fundamental operation cycle of a line voltage of the AC grid; characterized in that each intermittently usable chain link is further configured not to be used for STATCOM operation during another time period within said fundamental operation cycle; and wherein the energy storage switches are configured to enable the ES to at any point in time be connected to the AC grid via one of the intermittently usable chain-links which is not used for the STATCOM operation at said point in time. a Static Synchronous Compensator, STATCOM, power electronic converter configured to be connected to a three-phase AC grid , the STATCOM comprising a plurality of converter arms , each converter arm comprising a plurality of series connected converter cells ; and an Energy Storage System, ESS, comprising an energy storage, ES, and energy storage switches (S ES ) enabling the ES to be connected to the AC grid via the converter arms; wherein said plurality of converter arms comprises a plurality of intermittently usable chain-links of the series connected converter cells , wherein each intermittently usable chain-link is configured to be used for STATCOM operation during a time period within a fundamental operation cycle of a line voltage of the AC grid; characterized in that each intermittently usable chain link is further configured not to be used for STATCOM operation during another time period within said fundamental operation cycle; and wherein the energy storage switches are configured to enable the ES to at any point in time be connected to the AC grid via one of the intermittently usable chain-links which is not used for the STATCOM operation at said point in time.
A method for the conversion of the substrate specificity of a Δ5 and/or Δ6 front-end desaturase to the substrate specificity of a Δ4 front-end desaturase, the method comprising: a) identifying regions and/or amino acid residues which control the substrate specificity of (i) the Δ5 and/or Δ6 front-end desaturase and (ii) the Δ4 front-end desaturase, wherein the regions and/or amino acid residues which control the substrate specificity of the Δ4, Δ5 and/or Δ6 front-end desaturase are localized within the third transmembrane domain; and b) replacing in the amino acid sequence of the Δ5 and/or Δ6 front-end desaturase referred to in step a), the regions and/or amino acid residues which control the substrate specificity of the Δ5 and/or Δ6 front-end desaturase, by the corresponding regions and/or amino acid residues which control the substrate specificity of the Δ4 front-end desaturase, thereby converting the substrate specificity of the Δ5 and/or Δ6 front-end desaturase to the substrate specificity of the Δ4 front-end desaturase. a) identifying regions and/or amino acid residues which control the substrate specificity of (i) the Δ5 and/or Δ6 front-end desaturase and (ii) the Δ4 front-end desaturase, wherein the regions and/or amino acid residues which control the substrate specificity of the Δ4, Δ5 and/or Δ6 front-end desaturase are localized within the third transmembrane domain; and b) replacing in the amino acid sequence of the Δ5 and/or Δ6 front-end desaturase referred to in step a), the regions and/or amino acid residues which control the substrate specificity of the Δ5 and/or Δ6 front-end desaturase, by the corresponding regions and/or amino acid residues which control the substrate specificity of the Δ4 front-end desaturase, thereby converting the substrate specificity of the Δ5 and/or Δ6 front-end desaturase to the substrate specificity of the Δ4 front-end desaturase.