mhurhangee/ep-ind-claims huggingface dataset:
A track pad for a track type mobile machine having a sprocket and an idler wheel, the track pad comprising: a first link having a rail surface configured to engage the sprocket and the idler wheel; a second link oriented generally parallel with the first link and having a rail surface configured to engage the sprocket and the idler wheel; a ground engaging element connected to the first and second links at a side opposite the rail surfaces; and a wear indicator formed within the rail surface of at least one of the first and second links. a first link having a rail surface configured to engage the sprocket and the idler wheel; a second link oriented generally parallel with the first link and having a rail surface configured to engage the sprocket and the idler wheel; a ground engaging element connected to the first and second links at a side opposite the rail surfaces; and a wear indicator formed within the rail surface of at least one of the first and second links.
A composition comprising: a polypeptide comprising the amino acid sequence of SEQ ID NO: 1 with zero to four amino acid insertions, substitutions, or deletions; a phosphatidylserine lipid; a buffer at pH 5.0 to 8.0; trehalose at 1.5 to 9 percent w/w; t-butyl alcohol at 0 to 35 percent; and water, wherein the polypeptide is at a concentration of 0.4 to 5.0 mg/ml, and the molar ratio of the phosphatidylserine lipid to the polypeptide is in the range of 8:1 to 20:1. a polypeptide comprising the amino acid sequence of SEQ ID NO: 1 with zero to four amino acid insertions, substitutions, or deletions; a phosphatidylserine lipid; a buffer at pH 5.0 to 8.0; trehalose at 1.5 to 9 percent w/w; t-butyl alcohol at 0 to 35 percent; and water,
Electrical contact arrangement having a first phase conductor run and a second phase conductor run which are electrically conductively connected to one another via a coupling point, wherein the first phase conductor run has a plurality of conductor elements (1a, 1b, 1c), characterized in that the second phase conductor run has a plurality of conductor elements (2a, 2b, 2c), wherein the conductor elements (1a, 1b, 1c) of the first phase conductor run and the conductor elements (2a, 2b, 2c) of the second phase conductor run are alternately connected to a contact plate.
A surgical bone rasp, comprising: a body defining a longitudinal axis in a proximal-distal direction and having posterior, anterior, medial, and lateral surfaces (112, 112, 116, 114), the medial surface including a distal straight portion and a proximal curved portion shaped to extend substantially along a concave medial curve, the proximal curved portion including a plurality of teeth (124, 224, 324), each tooth (124, 224, 324) including a tooth gullet wall (226, 326), a tooth undercut (228, 328), and a generally flat tooth land (230, 330) between the tooth gullet wall (226, 326) and the tooth undercut (228, 328), wherein the plurality of teeth (124, 224, 324) have a plurality of depths (240, 340), oriented orthogonal to the concave medial curve, that increase from a distal end of the proximal curved portion to a proximal end of the proximal curved portion, characterized in that for the teeth in the plurality, the tooth undercuts (228, 328) are parallel and equally spaced apart along the longitudinal axis. a body defining a longitudinal axis in a proximal-distal direction and having posterior, anterior, medial, and lateral surfaces (112, 112, 116, 114), the medial surface including a distal straight portion and a proximal curved portion shaped to extend substantially along a concave medial curve, the proximal curved portion including a plurality of teeth (124, 224, 324), each tooth (124, 224, 324) including a tooth gullet wall (226, 326), a tooth undercut (228, 328), and a generally flat tooth land (230, 330) between the tooth gullet wall (226, 326) and the tooth undercut (228, 328),
A cationic benzoxazine (co)polymer, characterised in that at least 5% of all the nitrogen atoms, relative to the total number of all the nitrogen atoms in the cationic benzoxazine (co)polymer, are present in the form of permanently quaternary nitrogen atoms, with the proviso that these permanently quaternary nitrogen atoms exhibit a pH-independent positive formal charge which is not formed by protonation of the nitrogen atom.
Projection exposure apparatus (1,101) for semiconductor lithography, comprising - at least one optical element, - at least one temperature recording device for detecting a temperature on an optical effective surface of the optical element by means of electromagnetic radiation emitted or reflected from the optical effective surface of the optical element, characterised in that the temperature recording device comprises a polarisation filter for filtering the electromagnetic radiation. - at least one optical element, - at least one temperature recording device for detecting a temperature on an optical effective surface of the optical element by means of electromagnetic radiation emitted or reflected from the optical effective surface of the optical element,
A patient service unit for providing assistance and/or services to a patient in or on a patient support apparatus, the unit including: a first substantially vertical shaft with a vertical axis and being fixed or fixable in position alongside a patient support apparatus (7,8), a shaft fixing for fixing the first shaft in position relative to the patient support apparatus (7,8); a second substantially vertical tubular shaft arranged around and coupled to the first shaft, wherein the first shaft includes a patient transfer mechanism mounted thereon, and the unit includes at least one patient service element (25, 26, 27, 28) pivotably mounted to the second shaft for supplying assistance and/or services to a patient whereby the element for providing assistance and/or services to the patient is pivotable about the first fixed shaft, characterised by the second shaft being moveable in a vertical direction relative to the first shaft, a height adjustment mechanism connecting the first and second shafts for controllably moving the second shaft relative to the first shaft, and wherein the element for providing assistance and/or services to the patient is moveable in a vertical direction relative to the first fixed shaft. a first substantially vertical shaft with a vertical axis and being fixed or fixable in position alongside a patient support apparatus (7,8), a shaft fixing for fixing the first shaft in position relative to the patient support apparatus (7,8); a second substantially vertical tubular shaft arranged around and coupled to the first shaft, wherein the first shaft includes a patient transfer mechanism mounted thereon, and the unit includes at least one patient service element (25, 26, 27, 28) pivotably mounted to the second shaft for supplying assistance and/or services to a patient whereby the element for providing assistance and/or services to the patient is pivotable about the first fixed shaft, characterised by the second shaft being moveable in a vertical direction relative to the first shaft, a height adjustment mechanism connecting the first and second shafts for controllably moving the second shaft relative to the first shaft, and wherein the element for providing assistance and/or services to the patient is moveable in a vertical direction relative to the first fixed shaft.
Atrium retractor with a plate and a shaft which has a shaft sleeve, a thrust rod and an actuating mechanism, wherein the actuating mechanism is designed to bring about an axial relative movement between the shaft sleeve and the thrust rod, a joint device which is fixedly connected to the plate and can be detachably connected to the shaft, wherein the actuating mechanism is adapted to selectively block and release the joint connection by way of the axial relative movement between the shaft sleeve and the thrust rod, wherein the joint connection has a first component, which is rigidly attached to the plate, and a second component, which can be moved and in particular pivoted with respect to the plate, the joint connection is a ball joint connection (21, 22) which has a joint ball and a ball sleeve, wherein the joint ball is provided to be rigid on the plate and the ball sleeve has a thread, the shaft sleeve has a thread and can be screwed to the thread of the ball sleeve, and wherein the thrust rod is adapted to exert a pressure on the joint ball in the actuated state of the actuating device in order to press the joint ball against a seat, which is formed on the joint sleeve, in order to block the joint connection.
A system for forming an edible food product comprising: an ultrasonically activated rotary wheel that includes one or more cutting tools disposed on the outer surface of the rotary wheel; a conveying element that moves a food product in relation to the rotary wheel; and a movable backing plate disposed beneath the surface of the conveying element and beneath the approximate center of mass of the rotary wheel, whereby, as the rotary wheel rotates, the one or more cutting tools of the rotary wheel contact the food product at the approximate location of the movable backing plate. an ultrasonically activated rotary wheel that includes one or more cutting tools disposed on the outer surface of the rotary wheel; a conveying element that moves a food product in relation to the rotary wheel; and a movable backing plate disposed beneath the surface of the conveying element and beneath the approximate center of mass of the rotary wheel, whereby, as the rotary wheel rotates, the one or more cutting tools of the rotary wheel contact the food product at the approximate location of the movable backing plate.
A method comprising: covering a portion of a surface of a superalloy substrate with a layer of powder comprising flux material (40; 22) and metal material (38; 20); melting the powder with an energy beam (16; 42; 64) to create a melt pool and floating slag; and allowing the melt pool to cool and solidify under the slag to form a repaired surface (10; 30; 50; 60) of a desired superalloy material, further comprising feeding a filler material (44; 56; 66) in the form of wire or strip into the melt pool during the step of melting in order to add melted filler material to the melt pool; wherein the filler material comprises only an extrudable subset of elements of a composition of elements defining the desired superalloy material (30; 50; 60); wherein the powder comprises elements that complement the subset of elements in the filler material to complete the composition of elements defining the desired superalloy material; wherein the filler material and the powder are combined in the melt pool to form the repaired surface (30; 50; 60) of desired superalloy material. covering a portion of a surface of a superalloy substrate with a layer of powder comprising flux material (40; 22) and metal material (38; 20); melting the powder with an energy beam (16; 42; 64) to create a melt pool and floating slag; and allowing the melt pool to cool and solidify under the slag to form a repaired surface (10; 30; 50; 60) of a desired superalloy material, further comprising feeding a filler material (44; 56; 66) in the form of wire or strip into the melt pool during the step of melting in order to add melted filler material to the melt pool; wherein the filler material comprises only an extrudable subset of elements of a composition of elements defining the desired superalloy material (30; 50; 60); wherein the powder comprises elements that complement the subset of elements in the filler material to complete the composition of elements defining the desired superalloy material; wherein the filler material and the powder are combined in the melt pool to form the repaired surface (30; 50; 60) of desired superalloy material.
A method for performance-based routing of interactions in a contact center comprising: receiving, by a processor, information on an interaction to be routed; identifying, by the processor, a topic associated with the interaction; identifying, by the processor, one or more agents having experience handling the topic; determining, by the processor, a proficiency level of the identified agents in handling the topic; selecting, by the processor, one of the identified agents having at least a minimum level of proficiency in handling the topic; and transmitting a message, by the processor, for routing the interaction to the selected agent; wherein the proficiency level of a particular agent is indicative of the ability of the particular agent to resolve the topic a first time the topic is raised in an interaction, wherein the determining of the proficiency level includes recognizing, by the processor, a phrase uttered by a customer or agent during a past interaction; categorizing, by the processor, the past interaction as being unresolved based on the recognized phrase; and calculating, by the processor, the proficiency level based on a number of past interactions categorized as being unresolved. receiving, by a processor, information on an interaction to be routed; identifying, by the processor, a topic associated with the interaction; identifying, by the processor, one or more agents having experience handling the topic; determining, by the processor, a proficiency level of the identified agents in handling the topic; selecting, by the processor, one of the identified agents having at least a minimum level of proficiency in handling the topic; and transmitting a message, by the processor, for routing the interaction to the selected agent; wherein the proficiency level of a particular agent is indicative of the ability of the particular agent to resolve the topic a first time the topic is raised in an interaction, wherein the determining of the proficiency level includes recognizing, by the processor, a phrase uttered by a customer or agent during a past interaction; categorizing, by the processor, the past interaction as being unresolved based on the recognized phrase; and calculating, by the processor, the proficiency level based on a number of past interactions categorized as being unresolved.
A seat component, in particular for a vehicle seat (10, 110, 210), comprising a wall portion that comprises a retaining recess, an impact protector, which comprises an impact body made of a shock-absorbing material, and a retaining portion, and which can be latched in the retaining recess in a form-fitting and captive manner via the retaining portion, wherein the impact body comprises a foam material, and wherein a collar is formed at the retaining portion, characterized in that, an inner shell is provided, which, in the assembled state, presses the collar of the retaining portion against the wall portion, the seat component comprises a double-shell structure having an outer shell and an inner shell, which are spaced apart from one another at least in a periphery region of the retaining recess, and the distance between the inner shell and the outer shell is adapted to a thickness of the retaining portion between the inner shell and the outer shell.
A method for autonomous channel coordination in a wireless communication system including a plurality of access points, APs, (102a-c) wherein the APs communicate with each other via a wireless distribution system, WDS, the method comprising: a master AP coordinating with other member APs of a coordinated channel group, CCG, for selecting and configuring a WDS channel for the CCG, wherein the CCG comprises a plurality of member APs (102a-c) camping on a WDS channel used for the WDS, and wherein the master AP is a designated AP among the member APs of the CCG; the method characterized by: the master AP periodically broadcasting, multicasting or unicasting a CCG indicator, CCGI, on the WDS channel, wherein a master indicator is associated to the CCGI, the master indicator being set only by the master AP to indicate that the master AP is the master of the CCG; the master AP receiving, from a non-member AP that desires to join the CCG, a CCG addition request message; the master AP determining whether or not to accept the non-member AP; and the master AP sending a CCG addition response message to the non-member AP, the CCG addition response message indicating an accept or a reject for the request. a master AP coordinating with other member APs of a coordinated channel group, CCG, for selecting and configuring a WDS channel for the CCG, wherein the CCG comprises a plurality of member APs (102a-c) camping on a WDS channel used for the WDS, and wherein the master AP is a designated AP among the member APs of the CCG; the method characterized by: the master AP periodically broadcasting, multicasting or unicasting a CCG indicator, CCGI, on the WDS channel, wherein a master indicator is associated to the CCGI, the master indicator being set only by the master AP to indicate that the master AP is the master of the CCG; the master AP receiving, from a non-member AP that desires to join the CCG, a CCG addition request message; the master AP determining whether or not to accept the non-member AP; and the master AP sending a CCG addition response message to the non-member AP, the CCG addition response message indicating an accept or a reject for the request.
A closestool base comprising a water draining channel, a water flowing pipe, a water storage cavity and a water baffle plate, wherein the water draining channel is arranged in the upper part of an inner wall of the closestool base in an encircling way; a water inlet of the water flowing pipe is arranged in the back of the closestool base for communicating with a water tank; a water outlet of the water flowing pipe faces to the inner wall of the closestool base; the water storage cavity is arranged between the water outlet of the water flowing pipe and the water inlet of the water flowing pipe, and the water draining capability of the water inlet is higher than that of the water outlet; the water baffle plate for covering the water outlet is arranged at the upper part of the closestool base, a gap is formed between the, in use, left end and the right end of the water baffle plate and the water draining channel, and a gap is formed between the lower end of the water baffle plate and the inner wall of the closestool base; two vertical ribs are arranged at the back of the water baffle plate, the vertical ribs face to the water outlet, and the water baffle plate, the vertical ribs and the water storage cavity are integrally formed in a firing way with the closestool base, respectively; characterized in that the water outlet is semicircular, and the upper half thereof is in a semicircular hollow shape; and the vertical ribs of the water baffle plate run through the, in use, upper end and the lower end of the whole water baffle plate, and divide the water baffle plate into three parts, namely a left area, a middle area and a right area. the water draining channel is arranged in the upper part of an inner wall of the closestool base in an encircling way; a water inlet of the water flowing pipe is arranged in the back of the closestool base for communicating with a water tank; a water outlet of the water flowing pipe faces to the inner wall of the closestool base; the water storage cavity is arranged between the water outlet of the water flowing pipe and the water inlet of the water flowing pipe, and the water draining capability of the water inlet is higher than that of the water outlet; the water baffle plate for covering the water outlet is arranged at the upper part of the closestool base, a gap is formed between the, in use, left end and the right end of the water baffle plate and the water draining channel, and a gap is formed between the lower end of the water baffle plate and the inner wall of the closestool base; two vertical ribs are arranged at the back of the water baffle plate, the vertical ribs face to the water outlet, and the water baffle plate, the vertical ribs and the water storage cavity are integrally formed in a firing way with the closestool base, respectively; characterized in that the water outlet is semicircular, and the upper half thereof is in a semicircular hollow shape; and the vertical ribs of the water baffle plate run through the, in use, upper end and the lower end of the whole water baffle plate, and divide the water baffle plate into three parts, namely a left area, a middle area and a right area.
An imaging apparatus for diagnosis comprising: a probe unit that has a sheath and a transmitting and receiving unit inserted into the sheath and transmitting and receiving a signal, in which the transmitting and receiving unit is controlled so as to transmit and receive the signal while rotating inside the sheath in a circumferential direction or while rotating in the circumferential direction and moving in an axial direction, characterised in that the probe further comprises a plurality of deformation portions whose respective cross-sectional shape is deformable in response to an external pressure, said deformation portions are respectively disposed at different positions of the sheath in the axial direction; first calculation means for calculating at least one parameter at each deformation portion which indicates a deformation degree of the respective deformation portions disposed at the different positions in the axial direction, by using a tomographic image including the deformation portions; and second calculation means for calculating a value corresponding to a myocardial fractional flow reserve, based on the parameter. a probe unit that has a sheath and a transmitting and receiving unit inserted into the sheath and transmitting and receiving a signal, in which the transmitting and receiving unit is controlled so as to transmit and receive the signal while rotating inside the sheath in a circumferential direction or while rotating in the circumferential direction and moving in an axial direction, characterised in that the probe further comprises a plurality of deformation portions whose respective cross-sectional shape is deformable in response to an external pressure, said deformation portions are respectively disposed at different positions of the sheath in the axial direction; first calculation means for calculating at least one parameter at each deformation portion which indicates a deformation degree of the respective deformation portions disposed at the different positions in the axial direction, by using a tomographic image including the deformation portions; and second calculation means for calculating a value corresponding to a myocardial fractional flow reserve, based on the parameter.
Apparatus, comprising: a set of N electrodes (22, E 1, E 2,... E N), configured to be located in proximity to an epidermis of a subject, and to acquire signals generated by electric sources within the subject; a set of M channels, configured to transfer the signals, where M is less than N; a switch, configured to select, repetitively and randomly, M signals from the N electrodes and to direct the M signals to the M channels; and a processor, configured to activate the switch; wherein the processor is configured to receive and analyze the M signals from the M channels, characterized in that the processor is configured to determine from the received M signals respective positions of the electric sources within the subject. a set of N electrodes (22, E 1, E 2,... E N), configured to be located in proximity to an epidermis of a subject, and to acquire signals generated by electric sources within the subject; a set of M channels, configured to transfer the signals, where M is less than N; a switch, configured to select, repetitively and randomly, M signals from the N electrodes and to direct the M signals to the M channels; and a processor, configured to activate the switch; wherein the processor is configured to receive and analyze the M signals from the M channels, characterized in that the processor is configured to determine from the received M signals respective positions of the electric sources within the subject.