mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a first generator configured to operate in a first speed range to produce a predetermined output characteristic; a second generator configured to operate at a second speed range different from the first speed range to produce the predetermined output characteristic; and characterised by a controller configured to activate the first generator at and/or above a first low activation speed and at and/or below a first high activation speed within the first speed range, wherein the controller is configured to activate the second generator at and/or above a second low activation speed within the second speed range, wherein the controller is configured to deactivate the first generator at and/or above a first high deactivation speed, wherein the controller is configured to deactivate the second generator at and/or below a second low deactivation speed. a first generator configured to operate in a first speed range to produce a predetermined output characteristic; a second generator configured to operate at a second speed range different from the first speed range to produce the predetermined output characteristic; and characterised by a controller configured to activate the first generator at and/or above a first low activation speed and at and/or below a first high activation speed within the first speed range, wherein the controller is configured to activate the second generator at and/or above a second low activation speed within the second speed range, wherein the controller is configured to deactivate the first generator at and/or above a first high deactivation speed, wherein the controller is configured to deactivate the second generator at and/or below a second low deactivation speed.
An autonomous cleaning robot, comprising: a main body; a cleaning assembly mounted on the main body; and a support member; wherein the cleaning assembly comprises a first cleaning subassembly detachably mounted on the main body via the support member, the first cleaning subassembly comprises a liquid container, when the first cleaning subassembly is loaded or removed from the main body, the first cleaning subassembly moves in the forward direction or the backward direction of the main body; characterized in that the support member is rotatably mounted on the main body via a shaft, in that the support member defines a chamber for accommodating the first cleaning subassembly therein, the support member comprises a first position and a second position, at least part of the chamber is disposed under the main body when the support member is at the first position, and the chamber is completely exposed from the main body when the support member is turned to be at the second position. a main body; a cleaning assembly mounted on the main body; and a support member; wherein the cleaning assembly comprises a first cleaning subassembly detachably mounted on the main body via the support member, the first cleaning subassembly comprises a liquid container, when the first cleaning subassembly is loaded or removed from the main body, the first cleaning subassembly moves in the forward direction or the backward direction of the main body; characterized in that the support member is rotatably mounted on the main body via a shaft, in that the support member defines a chamber for accommodating the first cleaning subassembly therein, the support member comprises a first position and a second position, at least part of the chamber is disposed under the main body when the support member is at the first position, and the chamber is completely exposed from the main body when the support member is turned to be at the second position.
A system comprising a pair of integrated hydrostatic transmissions (101, 102, 202, 204), each hydrostatic transmission (101, 102, 202, 204) housed in an upper casing (106, 107) attached to a lower casing (108, 109) and each hydrostatic transmission (101, 102, 202, 204) having a variable displacement reversible pump (132, 133) and a fixed displacement motor (146, 147), each pump (132, 133) providing pressurized flow of hydraulic fluid through fluid lines to the fixed displacement motor (146, 147); characterized by a hydraulic fluid cooling system comprising: fluid lines connecting between the pair of integrated hydrostatic transmissions (101, 102, 202, 204); a common reservoir (103, 224) holding hydraulic fluid for both integrated hydrostatic transmissions (101, 102, 202, 204); and an auxiliary hydraulic circuit connected between the pair of integrated hydrostatic transmissions (101, 102, 202, 204) such that hydraulic fluid flows through the auxiliary hydraulic circuit from one integrated hydrostatic transmission to the other integrated hydrostatic transmission (101, 102, 202, 204).
A pharmaceutical composition comprising a combination of balsalazide or a salt thereof and rifaximin together with a suitable carrier, for use in inhibiting the symptoms of diarrhea in patients with diarrhea-predominant IBS.
A latch device, comprising: a housing; a sliding body including a striking portion abutting against an engaged/disengaged member and a cam groove, and disposed relative to the housing so as to be capable of advancing and retracting; a spring member urging the sliding body in a direction protruding from the housing; an engaging body rotatably supported relative to the sliding body, and including a claw portion on an end thereof; and a pin member moving in such a way as to trace the cam groove, wherein the engaging body can move between a locking position wherein the claw portion is protruded to the striking portion side, and locks the engaged/disengaged member, and a locking release position wherein the claw portion is retracted from the striking portion side, wherein when the sliding body is pressed and the sliding body moves against an urging force of the spring member, the sliding body is retained in a position after a movement thereof through the cam groove and the pin member, and the engaging body moves from the locking release position to the locking position, wherein the striking portion of the sliding body is disposed on an entrance-and-exit side of the housing, and wherein the cam groove of the sliding body is disposed on a back side of the housing, said latch device being characterized in that the sliding body includes a pivotal supporting portion rotatably supporting the engaging body between the striking portion and the cam groove. a housing; a sliding body including a striking portion abutting against an engaged/disengaged member and a cam groove, and disposed relative to the housing so as to be capable of advancing and retracting; a spring member urging the sliding body in a direction protruding from the housing; an engaging body rotatably supported relative to the sliding body, and including a claw portion on an end thereof; and a pin member moving in such a way as to trace the cam groove, wherein the engaging body can move between a locking position wherein the claw portion is protruded to the striking portion side, and locks the engaged/disengaged member, and a locking release position wherein the claw portion is retracted from the striking portion side, wherein when the sliding body is pressed and the sliding body moves against an urging force of the spring member, the sliding body is retained in a position after a movement thereof through the cam groove and the pin member, and the engaging body moves from the locking release position to the locking position, wherein the striking portion of the sliding body is disposed on an entrance-and-exit side of the housing, and wherein the cam groove of the sliding body is disposed on a back side of the housing, said latch device being characterized in that the sliding body includes a pivotal supporting portion rotatably supporting the engaging body between the striking portion and the cam groove.
A pavement comprising a structure (100, 200, 300) for the reinforcement of the pavement, said structure (100, 200, 300) having a longitudinal direction (105, 205, 305) and a transverse direction, said structure (100, 200, 300) comprising a first group of assemblies of grouped metal filaments (112, 212, 312), said assemblies of grouped metal filaments of said first group (112, 212, 312) being oriented in a first direction in a mutual parallel or mutual substantially parallel position, the structure further comprising a substrate (110, 210, 310), said assemblies of grouped metal filaments of said first group (112, 212, 312) being coupled to or integrated in said substrate (110, 210, 310), the substrate (110, 210, 310) comprising a non-metal material, characterized in that the substrate has a closed structure.
A force transmitting frame (100; 200; 300; 400; 500; 500'; 600) for a motion assistance apparatus having a length greater than a width, wherein stiffnesses of first and second end portions of the force transmitting frame are greater than a stiffness of a central area of the force transmitting frame in a longitudinal direction of the force transmitting frame, characterized in that said force transmitting frame comprises: an inner frame configured to support one side of a user; and an outer frame of which first and second end portions are fixed to first and second end portions of the inner frame, and of which a central portion is not fixed to a central portion of the inner frame; wherein the central portion of the outer frame is configured to slide with respect to the central portion of the inner frame. an inner frame configured to support one side of a user; and an outer frame of which first and second end portions are fixed to first and second end portions of the inner frame, and of which a central portion is not fixed to a central portion of the inner frame; wherein the central portion of the outer frame is configured to slide with respect to the central portion of the inner frame.
A mobile tag (320; 320-1; 320-2) for an ultra-wide band, UWB, positioning system, wherein the mobile tag is a first mobile tag configured to acquire positioning information that depends on a relative position between the first mobile tag and a second mobile tag; transmit the acquired positioning information to one or more devices (340; 320-2; 320-3) of the UWB positioning system; and detect an event that causes the first mobile tag to assume or to leave an anchor role, wherein one or both of the acquiring and transmitting steps is/are only performed when the first mobile tag is assuming the anchor role, wherein the mobile tag is a morphing tag capable of dynamically transmorphing between the anchor role and a regular tag role, and wherein in the anchor role, the morphing tag is enabled to participate in a positioning procedure as anchor for another mobile tag (i) located in the vicinity of the morphing tag and (ii) assuming the regular tag role. acquire positioning information that depends on a relative position between the first mobile tag and a second mobile tag; transmit the acquired positioning information to one or more devices (340; 320-2; 320-3) of the UWB positioning system; and detect an event that causes the first mobile tag to assume or to leave an anchor role, wherein one or both of the acquiring and transmitting steps is/are only performed when the first mobile tag is assuming the anchor role, wherein the mobile tag is a morphing tag capable of dynamically transmorphing between the anchor role and a regular tag role, and wherein in the anchor role, the morphing tag is enabled to participate in a positioning procedure as anchor for another mobile tag (i) located in the vicinity of the morphing tag and (ii) assuming the regular tag role.
An anti-skid surgical instrument for preparing a hole in bone tissue of a patient during surgery, the anti-skid surgical instrument having a drill bit comprising: - a drilling part for creating a hole and evacuate material, and a mill head (210; 3108) at the end of the drill bit for removing bone tissue with reduced skidding of the surgical instrument upon contact of the anti-ski surgical instrument with the bone tissue, and - one or more side-cutting flutes about the longitudinal axis of the milling head for cutting into bone tissue; - a shank configured to be inserted into a drill; - a shaft between the mill head (210; 3108) and the shank,the drilling part between the mill head (210; 3108)and the shank, the drilling part having one or more drill flutes for evacuating removed bone tissue and - a guiding part configured to be held by an end effector of a robotic arm; and - a depth control (3402a-b; 3506) characterized in that the mill head (210; 3108) comprises a front face comprising a concave face with a spike centered in the concave face and extending therefrom. - a drilling part for creating a hole and evacuate material, and a mill head (210; 3108) at the end of the drill bit for removing bone tissue with reduced skidding of the surgical instrument upon contact of the anti-ski surgical instrument with the bone tissue, and - one or more side-cutting flutes about the longitudinal axis of the milling head for cutting into bone tissue; - a shank configured to be inserted into a drill; - a shaft between the mill head (210; 3108) and the shank,the drilling part between the mill head (210; 3108)and the shank, the drilling part having one or more drill flutes for evacuating removed bone tissue and - a guiding part configured to be held by an end effector of a robotic arm; and - a depth control (3402a-b; 3506) characterized in that the mill head (210; 3108) comprises a front face comprising a concave face with a spike centered in the concave face and extending therefrom.
A semiconductor device comprising: a drain layer of a first conductivity type; a buffer layer of a second conductivity type formed above the drain layer; a high resistance layer of the second conductivity type formed on the buffer layer; a base layer of the first conductivity type formed on the high resistance layer; a source layer of the second conductivity type, containing a high concentration of impurities, formed in a surface region of the base layer; a gate electrode formed in or on the base layer with an insulating film interposed therebetween; and a low concentration layer which is formed between the drain layer and the buffer layer, and whose impurity concentration is lower than those of the drain layer and the buffer layer, characterized in that the impurity concentration of the buffer layer is 5 x 10 16 cm -3 or lower. a drain layer of a first conductivity type; a buffer layer of a second conductivity type formed above the drain layer; a high resistance layer of the second conductivity type formed on the buffer layer; a base layer of the first conductivity type formed on the high resistance layer; a source layer of the second conductivity type, containing a high concentration of impurities, formed in a surface region of the base layer; a gate electrode formed in or on the base layer with an insulating film interposed therebetween; and a low concentration layer which is formed between the drain layer and the buffer layer, and whose impurity concentration is lower than those of the drain layer and the buffer layer, characterized in that the impurity concentration of the buffer layer is 5 x 10 16 cm -3 or lower.
Holding means for a conveying device for conveying thin flat substrates, in particular circuit boards (30; 130; 230; 330), through a treatment tank, said holding means being constructed as holding clips (22; 122; 222; 322) for a fixed connection to a thin flat substrate and for connecting or mechanically coupling together two thin flat substrates successive in the conveying direction of said thin flat substrates, and said holding clips (22; 122; 222; 322) projecting on both sides beyond the width of the thin flat substrates transversely to the conveying direction and being constructed for cooperating with a conveying unit of the conveying device for conveying said thin flat substrates through said treatment tank, characterized in that the holding clips (22; 122; 222; 322) are constructed in at least two-part holding clips with a lower holding part (32; 132; 232; 332) and an upper holding part (40; 140; 240; 340), the holding parts being constructed for fastening a thin flat substrate between them.
An inflatable bone tamp comprising: a shaft extending along a central longitudinal axis between opposite proximal and distal portions (42a, 42b); a balloon coupled to the distal portion such that a material can flow through the shaft and into the balloon to inflate the balloon; and a flow controller coupled to the shaft that controls the flow of the material through the shaft and into the balloon, characterised in that the flow controller comprises a plurality of flow controllers selected from discrete bands concentric to the central longitudinal axis; and discrete strips coupled along the shaft parallel to the central longitudinal axis. a shaft extending along a central longitudinal axis between opposite proximal and distal portions (42a, 42b); a balloon coupled to the distal portion such that a material can flow through the shaft and into the balloon to inflate the balloon; and a flow controller coupled to the shaft that controls the flow of the material through the shaft and into the balloon, characterised in that the flow controller comprises a plurality of flow controllers selected from discrete bands concentric to the central longitudinal axis; and discrete strips coupled along the shaft parallel to the central longitudinal axis.
Heating system, comprising a heating unit and multiple consumer circuits, wherein a fluid for heat transfer circulates between the heating unit and the consumer circuits, wherein each consumer circuit is assigned a control apparatus, wherein each control apparatus comprises the following: - a scanning apparatus for determining the presence of a demand for heat in the consumer circuit, wherein the scanning apparatus is configured to determine the presence of the demand for heat if a rate of volumetric flow of the fluid through the consumer circuit exceeds a predetermined threshold value; characterized in that each control apparatus comprises a processing device which is configured to provide the heating unit with a request for a predetermined supply temperature only if a demand for heat is present; and in that the heating unit is configured to heat the fluid to the highest of the requested supply temperatures. - a scanning apparatus for determining the presence of a demand for heat in the consumer circuit, wherein the scanning apparatus is configured to determine the presence of the demand for heat if a rate of volumetric flow of the fluid through the consumer circuit exceeds a predetermined threshold value;
A spark plug comprising: an insulator having an axial hole extending in a direction of an axis; a center electrode inserted into the axial hole; a tubular metallic shell provided around the insulator; a ground electrode fixed to a forward end portion of the metallic shell; and a columnar tip joined to a distal end portion of the ground electrode and forming a gap between the tip and a forward end portion of the center electrode, wherein the ground electrode includes an outer layer and an inner layer provided inside the outer layer and formed of a metal which contains copper as a main component; characterized in that the tip is joined to the ground electrode by a fusion portion which contains a metal which forms the tip and a metal which forms the outer layer; and the fusion portion is in contact with the inner layer and contains copper. an insulator having an axial hole extending in a direction of an axis; a center electrode inserted into the axial hole; a tubular metallic shell provided around the insulator; a ground electrode fixed to a forward end portion of the metallic shell; and a columnar tip joined to a distal end portion of the ground electrode and forming a gap between the tip and a forward end portion of the center electrode, wherein the ground electrode includes an outer layer and an inner layer provided inside the outer layer and formed of a metal which contains copper as a main component; characterized in that the tip is joined to the ground electrode by a fusion portion which contains a metal which forms the tip and a metal which forms the outer layer; and the fusion portion is in contact with the inner layer and contains copper.
A method comprising: (a) distributing a sample comprising a plurality of cells into an array of microwells; (b) contacting a single cell in a single microwell with a single solid support, wherein the solid support is a bead comprising a plurality of oligonucleotides, each oligonucleotide comprising a cellular label, a molecular label, and a target-binding region; (c) hybridizing or ligating a target nucleic acid from the single cell to the target-binding region of an oligonucleotide of the plurality of oligonucleotides to generate a labelled target nucleic acid; (d) optionally amplifying the labelled target nucleic acid or complement thereof; and (e) determining an amount of the target nucleic acid or complement thereof by detecting and/or sequencing the labelled target nucleic acid, amplicon or complement thereof, and counting the number of molecular labels for the target nucleic acid, wherein the cellular label comprises a nucleic acid sequence that provides information for which cell the oligonucleotide is contacted to, and wherein the cellular label of each of the plurality of oligonucleotides on a bead are the same, and wherein the cellular labels of the oligonucleotides on a first bead are different than the cellular labels of the oligonucleotides on a second bead, wherein the molecular label comprises a nucleic acid sequence that provides identifying information for the labelled target nucleic acid, and wherein each molecular label of each of the plurality of oligonucleotides on a bead is different, and wherein the target-binding region comprises a nucleic acid sequence that can bind to the target nucleic acid. (a) distributing a sample comprising a plurality of cells into an array of microwells; (b) contacting a single cell in a single microwell with a single solid support, wherein the solid support is a bead comprising a plurality of oligonucleotides, each oligonucleotide comprising a cellular label, a molecular label, and a target-binding region; (c) hybridizing or ligating a target nucleic acid from the single cell to the target-binding region of an oligonucleotide of the plurality of oligonucleotides to generate a labelled target nucleic acid; (d) optionally amplifying the labelled target nucleic acid or complement thereof; and (e) determining an amount of the target nucleic acid or complement thereof by detecting and/or sequencing the labelled target nucleic acid, amplicon or complement thereof, and counting the number of molecular labels for the target nucleic acid,