mhurhangee/patent-ind-claim-en huggingface dataset:
Impact drive for a tool to be moved linearly, having the following characteristics: a) in a stator housing is arranged a linearly movable rotor which has an inner end which is arranged in the stator housing and which has a free end for coupling to a tool ; b) in the stator housing is arranged a gas-filled pressure space , wherein in the pressure space an overpressure (p) with respect to the surroundings prevails or can be generated c) in the stator housing is arranged a first linear bearing in which the inner end of the rotor is linearly guided; d) to the stator housing is attached a guide housing , in which a second linear bearing is arranged at an axial spacing to the first linear bearing in which the free end is linearly guided, d') wherein the rotor is coupled with a restoring device in order to transfer the rotor from an extended position into a start position, characterised in that e) the overpressure (p) prevailing or generatable in the pressure chamber is dimensioned such that the rotor accelerates across a travel distance to an impact speed of at least 6 m/s, f) wherein the rotor can be stopped in a retracted position by means of a retaining device . a) in a stator housing is arranged a linearly movable rotor which has an inner end which is arranged in the stator housing and which has a free end for coupling to a tool ; b) in the stator housing is arranged a gas-filled pressure space , wherein in the pressure space an overpressure (p) with respect to the surroundings prevails or can be generated c) in the stator housing is arranged a first linear bearing in which the inner end of the rotor is linearly guided; d) to the stator housing is attached a guide housing , in which a second linear bearing is arranged at an axial spacing to the first linear bearing in which the free end is linearly guided, d') wherein the rotor is coupled with a restoring device in order to transfer the rotor from an extended position into a start position, characterised in that e) the overpressure (p) prevailing or generatable in the pressure chamber is dimensioned such that the rotor accelerates across a travel distance to an impact speed of at least 6 m/s, f) wherein the rotor can be stopped in a retracted position by means of a retaining device .
A battery module comprising: an upper battery cell stack and a lower battery cell stack in which a plurality of battery cells are stacked; a cooling flow path (P) located between the upper battery cell stack and the lower battery cell stack ; and a module frame in which the upper battery cell stack and the lower battery cell stack are housed, wherein an inlet port for supplying a refrigerant to the cooling flow path (P) and an outlet port for discharging the refrigerant from the cooling flow path (P) are located opposite to each other, so that the refrigerant flows in one direction in the cooling flow path (P), and wherein a longitudinal direction (d1) of the battery cell is in parallel with the one direction in which the refrigerant flows, wherein the module frame comprises an upper frame in which the upper battery cell stack is housed and a lower frame in which the lower battery cell stack is housed, wherein the cooling flow path (P) is formed between the upper frame and the lower frame , characterized in that the upper frame comprises an upper plate that is located on the lower surface of the bottom part of the upper frame , and an upper recessed part that is recessed upward from the upper plate , in that the lower frame comprises a lower plate that is located on the upper surface of the ceiling part of the lower frame , and a lower recessed part that is recessed downward from the lower plate , and in that the upper plate and the lower plate are joined so that the upper recessed part and the lower recessed part form the cooling flow path (P). an upper battery cell stack and a lower battery cell stack in which a plurality of battery cells are stacked; a cooling flow path (P) located between the upper battery cell stack and the lower battery cell stack ; and a module frame in which the upper battery cell stack and the lower battery cell stack are housed, wherein an inlet port for supplying a refrigerant to the cooling flow path (P) and an outlet port for discharging the refrigerant from the cooling flow path (P) are located opposite to each other, so that the refrigerant flows in one direction in the cooling flow path (P), and wherein a longitudinal direction (d1) of the battery cell is in parallel with the one direction in which the refrigerant flows, wherein the module frame comprises an upper frame in which the upper battery cell stack is housed and a lower frame in which the lower battery cell stack is housed, wherein the cooling flow path (P) is formed between the upper frame and the lower frame , characterized in that the upper frame comprises an upper plate that is located on the lower surface of the bottom part of the upper frame , and an upper recessed part that is recessed upward from the upper plate , in that the lower frame comprises a lower plate that is located on the upper surface of the ceiling part of the lower frame , and a lower recessed part that is recessed downward from the lower plate , and in that the upper plate and the lower plate are joined so that the upper recessed part and the lower recessed part form the cooling flow path (P).
An article the article comprising: a first zone , the first zone including a first region of a knitted base layer and a knitted second layer Z , wherein the second layer is disposed primarily on one side of the base layer , the base layer and the second layer being at least partially coextensive to each other; and a second zone including a second region of the base layer , wherein the second region of the base layer and the first region of the base layer have a common yarn, and wherein the second region of the base layer and the second layer have a common yarn, wherein the first zone has a first degree of elasticity such that it has a first elongation when subjected to a tensile load, characterized in that the second zone has a second degree of elasticity such that it has a second elongation when subjected to the tensile load, the first elongation being at least 5% greater than the second elongation, wherein the second layer includes a first region in a first portion of the first zone and a second region in a second portion of the first zone, wherein the first region has at least one property being different than the second region, and wherein the first and second regions of the second layer are spaced apart on the base layer . a first zone , the first zone including a first region of a knitted base layer and a knitted second layer Z , wherein the second layer is disposed primarily on one side of the base layer , the base layer and the second layer being at least partially coextensive to each other; and a second zone including a second region of the base layer , wherein the second region of the base layer and the first region of the base layer have a common yarn, and wherein the second region of the base layer and the second layer have a common yarn, wherein the first zone has a first degree of elasticity such that it has a first elongation when subjected to a tensile load, characterized in that the second zone has a second degree of elasticity such that it has a second elongation when subjected to the tensile load, the first elongation being at least 5% greater than the second elongation, wherein the second layer includes a first region in a first portion of the first zone and a second region in a second portion of the first zone, wherein the first region has at least one property being different than the second region, and wherein the first and second regions of the second layer are spaced apart on the base layer .
Pharmaceutical composition comprising, in a pharmaceutically acceptable support suitable for topical application, from 10% to 30% by weight, relative to the total weight of the composition, of amitriptyline or of a pharmaceutically acceptable salt thereof, for use in the topical treatment of chemotherapy-induced peripheral neuropathic pain.
Process for froth flotation of an ore to recover phosphate-containing materials from the ore that includes adding a primary collector and a collector aid to the ore, next performing a conditioning step of the ore, wherein: the primary collector is selected from the group consisting of an amphoteric surface-active compound, an anionic surface-active compound and combinations thereof; and the collector aid has the formula R 3 -CO-O-A n -R 4 where R 3 is a linear or branched, alkyl or hydroxyalkyl group having from 3 to 8 carbon atoms, R 4 is a linear or branched, alkyl or hydroxyalkyl group having from 3 to 10 carbon atoms, and at least one of R 3 and R 4 contains a hydroxyl group; A is either ethoxy, propoxy or butoxy and n is 0-10, wherein a ratio of the primary collector to the collector aid by weight is from 999:1 to 1:1. the primary collector is selected from the group consisting of an amphoteric surface-active compound, an anionic surface-active compound and combinations thereof; and the collector aid has the formula R 3 -CO-O-A n -R 4 where R 3 is a linear or branched, alkyl or hydroxyalkyl group having from 3 to 8 carbon atoms, R 4 is a linear or branched, alkyl or hydroxyalkyl group having from 3 to 10 carbon atoms, and at least one of R 3 and R 4 contains a hydroxyl group; A is either ethoxy, propoxy or butoxy and n is 0-10, wherein a ratio of the primary collector to the collector aid by weight is from 999:1 to 1:1.
A driving chip package adapted to be bondable to a display panel , the driving chip package comprising: a film comprising a bonding portion arranged to adhere to a bonding area of the display panel using an adhesive material ; a driving chip mounted on the film; a plurality of film lines disposed on the film and arranged to carry electrical signals to signal lines on the display panel, the film lines extending to the bonding portion of the film; and at least one dummy pattern on at least the bonding portion of the film, the dummy pattern being electrically isolated from the plurality of film lines and being adapted to reduce the bonding force between the film and the display, wherein the at least one dummy pattern extends between a first pair of film lines in the plurality of film lines. a film comprising a bonding portion arranged to adhere to a bonding area of the display panel using an adhesive material ; a driving chip mounted on the film; a plurality of film lines disposed on the film and arranged to carry electrical signals to signal lines on the display panel, the film lines extending to the bonding portion of the film; and at least one dummy pattern on at least the bonding portion of the film, the dummy pattern being electrically isolated from the plurality of film lines and being adapted to reduce the bonding force between the film and the display, wherein the at least one dummy pattern extends between a first pair of film lines in the plurality of film lines.
An air conditioner comprising: a cabinet comprising an inlet port ; a frame comprising an outlet port and coupled to the cabinet ; a heat exchanger disposed between the cabinet and the frame to exchange heat with air introduced into the inlet port and discharged to the outlet port ; a blocking member configured to connect the frame and the heat exchanger to prevent air heat-exchanged with the heat exchanger from leaking into the cabinet ; and characterised by a partition member disposed between the heat exchanger and the cabinet to partition a first flow path (S1) in which the heat exchanger is disposed and a second flow path (S 2 ) in which the heat exchanger is not disposed together with the cabinet , wherein the blocking member partitions the first flow path (S1) and the partition member to prevent dew from being generated on the partition member . a cabinet comprising an inlet port ; a frame comprising an outlet port and coupled to the cabinet ; a heat exchanger disposed between the cabinet and the frame to exchange heat with air introduced into the inlet port and discharged to the outlet port ; a blocking member configured to connect the frame and the heat exchanger to prevent air heat-exchanged with the heat exchanger from leaking into the cabinet ; and characterised by a partition member disposed between the heat exchanger and the cabinet to partition a first flow path (S1) in which the heat exchanger is disposed and a second flow path (S 2 ) in which the heat exchanger is not disposed together with the cabinet , wherein the blocking member partitions the first flow path (S1) and the partition member to prevent dew from being generated on the partition member .
Vinyl acetate copolymers in the form of protective colloid-stabilized polymer powders redispersible in water, said copolymers being obtainable by means of radically initiated polymerization of ethylenically unsaturated monomers in an aqueous medium and subsequent drying, characterized in that ethylenically unsaturated monomers used in the polymerization are 40 to 80 wt% of vinyl acetate, 15 to 35 wt% of vinyl chloride, 1 to 25 wt% of ethylene and optionally one or more further ethylenically unsaturated comonomers, the figures in weight percent being based on the total weight of the ethylenically usaturated monomers and adding up to 100 wt%, and in that no emulsifiers are included and no cellulose and no cellulose derivatives are included as protective colloids.
A method for reducing a quantization error rate, the method comprising: obtaining a first analog signal representing a first kinematic property of a first position of a vibrating object with a sensor at the first position of the vibrating object; obtaining a second analog signal representing a second kinematic property of the first position; digitizing the first analog signal into a first digital signal ; digitizing the second analog signal into a second digital signal ; and combining the first digital signal and the second digital signal into a combined signal such that a quantization error rate of the combined signal is less than a quantization error rate of one of the first digital signal and the second digital signal. obtaining a first analog signal representing a first kinematic property of a first position of a vibrating object with a sensor at the first position of the vibrating object; obtaining a second analog signal representing a second kinematic property of the first position; digitizing the first analog signal into a first digital signal ; digitizing the second analog signal into a second digital signal ; and combining the first digital signal and the second digital signal into a combined signal such that a quantization error rate of the combined signal is less than a quantization error rate of one of the first digital signal and the second digital signal.
A method for measuring a flatness of a sheet material, comprising: projecting a bright and dark pattern made up of bright parts and dark parts onto a surface of a sheet material (S) travelling in a lengthwise direction; picking up an image of the bright and dark pattern with image pickup device to acquire a pattern image, the image pickup device having a field of view larger than a width of the sheet material (S); and analyzing the acquired pattern image to measure the flatness of the sheet material (S), wherein a bright and dark pattern in which a bright part is disposed at a predetermined set pitch in respective longitudinal and lateral directions is formed by light emitted from an LED light source including a plurality of LEDs disposed at a predetermined pitch in the respective longitudinal and lateral directions, the bright and dark pattern is projected onto the surface of the sheet material (S) such that the longitudinal direction of the bright and dark pattern lies along a lengthwise direction of the sheet material (S), and the lateral direction of the bright and dark pattern lies along a width direction of the sheet material (S), the image pickup device is disposed at a location where the image pickup device can receive light of the bright and dark pattern specularly reflected at the surface of the sheet material (S), and among current values to be applied to each LED included in the LED light source , the current value to be applied to an LED corresponding to a bright part resulting from specularly reflected light received by the image pickup device is set to be minimum such that the light emitting intensity of the concerned LED is lower than that of other LEDs. a bright and dark pattern in which a bright part is disposed at a predetermined set pitch in respective longitudinal and lateral directions is formed by light emitted from an LED light source including a plurality of LEDs disposed at a predetermined pitch in the respective longitudinal and lateral directions, the bright and dark pattern is projected onto the surface of the sheet material (S) such that the longitudinal direction of the bright and dark pattern lies along a lengthwise direction of the sheet material (S), and the lateral direction of the bright and dark pattern lies along a width direction of the sheet material (S), the image pickup device is disposed at a location where the image pickup device can receive light of the bright and dark pattern specularly reflected at the surface of the sheet material (S), and among current values to be applied to each LED included in the LED light source , the current value to be applied to an LED corresponding to a bright part resulting from specularly reflected light received by the image pickup device is set to be minimum such that the light emitting intensity of the concerned LED is lower than that of other LEDs.
An ultrasound probe comprising: a metal case including a bottom wall portion having a vibration surface , and a side wall portion connected to the bottom wall portion, the ultrasound probe being characterized in that it further comprises a coil mounted on one surface of the side wall portion; and a magnet mounted in such a way as to sandwich the coil between the magnet and the one surface of the side wall portion, wherein the coil causes an eddy current to occur in the one surface of the side wall portion, and causes the bottom wall portion to vibrate, by using a Lorentz force occurring in the side wall portion because of an interaction between the eddy current and a magnetic field generated by the magnet. a metal case including a bottom wall portion having a vibration surface , and a side wall portion connected to the bottom wall portion, the ultrasound probe being characterized in that it further comprises a coil mounted on one surface of the side wall portion; and a magnet mounted in such a way as to sandwich the coil between the magnet and the one surface of the side wall portion, wherein the coil causes an eddy current to occur in the one surface of the side wall portion, and causes the bottom wall portion to vibrate, by using a Lorentz force occurring in the side wall portion because of an interaction between the eddy current and a magnetic field generated by the magnet.
Plural-use drop-by-drop dispenser for sterile liquid product, particularly for collyrium or other medicinal product, comprising a vial for containment of the liquid product and a connector provided with a valve device which is normally hermetically closed by an elastically deformable closing element (13-15) which can be opened by axial external push for controlled drop-by-drop dispensing of the liquid product contained inside the vial and is successively automatically hermetically reclosable at the stop of said external push, and a cartridge with tubular tang and sterilizing filter which can be handled so that said tubular tang can be pushed from outside against said elastically deformable element (13-15) for its opening for drop-by-drop dispensing of the liquid product and can be successively extracted from said elastically deformable element (13-15) for its hermetic reclosure at the end of dispensing, characterized in that said cartridge is provided with an end filter-holding bottom element provided with a drop-by-drop dispensing spout, possibly in antimicrobic material, with elastically flexible converging lips , which open under pressure of the liquid product during dispensing operation and automatically elastically hermetically reclose at the end of the dispensing operation.
An optical scanning device comprising: a substrate ; a surface-emitting laser element mounted on the substrate with an emitting direction thereof facing upward with respect to the substrate; a MEMS optical deflector mounted on the substrate with a rotating mirror facing upward with respect to the substrate; a plate-shaped support member fixed to the substrate; a first mirror extending in a second axial direction which is perpendicular to a first axial direction as an arrangement direction of the surface-emitting laser element and the MEMS optical deflector on the substrate and which is parallel to the substrate, and being supported by a first support part of the plate-shaped support member so as to reflect emitted light from the surface-emitting laser element in the first axial direction; and a second mirror extending in the second axial direction, and being supported by a second support part of the plate-shaped support member such that light from the first mirror is reflected toward the rotating mirror of the MEMS optical deflector ; wherein at least one support part out of the first support part and the second support part includes a rotating mechanism which rotatably supports one mirror out of the first mirror and the second mirror supported by the one support part, and a fixing member which fixes a rotational position of the one mirror in the rotating mechanism. a substrate ; a surface-emitting laser element mounted on the substrate with an emitting direction thereof facing upward with respect to the substrate; a MEMS optical deflector mounted on the substrate with a rotating mirror facing upward with respect to the substrate; a plate-shaped support member fixed to the substrate; a first mirror extending in a second axial direction which is perpendicular to a first axial direction as an arrangement direction of the surface-emitting laser element and the MEMS optical deflector on the substrate and which is parallel to the substrate, and being supported by a first support part of the plate-shaped support member so as to reflect emitted light from the surface-emitting laser element in the first axial direction; and a second mirror extending in the second axial direction, and being supported by a second support part of the plate-shaped support member such that light from the first mirror is reflected toward the rotating mirror of the MEMS optical deflector ; wherein at least one support part out of the first support part and the second support part includes a rotating mechanism which rotatably supports one mirror out of the first mirror and the second mirror supported by the one support part, and a fixing member which fixes a rotational position of the one mirror in the rotating mechanism.