mhurhangee/ep-ind-claims huggingface dataset:
A scribing wheel (10; 60; 70) for a brittle material, comprising: an outer peripheral portion having a circumference ridgeline (11; 61; 71), where two truncated cones have connected bottoms so as to share the same rotational axis; and a number of alternating notches (15; 75) and protrusions (16; 76) in the direction of the circumference along said circumference ridgeline (11; 61; 71), wherein said protrusions (16; 76) are formed of portions of said circumference ridgeline (11; 61; 71) which remain after said circumference ridge line is notched and have a length in the direction of the circumference, characterized in that: said notches (15; 75) are formed around the entire periphery of said circumference ridge line with a pitch of 20 μm to 50 μm, the depth (h) of said notches (15; 75) is 0.5 μm to 3 μm, the length (a) of said notches (15; 75) in the direction of the circumference is shorter than the length (b) of said protrusions (16; 76) in the direction of the circumference, and the length (a) of said notches (15; 75) in the direction of the circumference is a range from 1 μm to 14 μm. an outer peripheral portion having a circumference ridgeline (11; 61; 71), where two truncated cones have connected bottoms so as to share the same rotational axis; and a number of alternating notches (15; 75) and protrusions (16; 76) in the direction of the circumference along said circumference ridgeline (11; 61; 71), wherein said protrusions (16; 76) are formed of portions of said circumference ridgeline (11; 61; 71) which remain after said circumference ridge line is notched and have a length in the direction of the circumference, characterized in that: said notches (15; 75) are formed around the entire periphery of said circumference ridge line with a pitch of 20 μm to 50 μm, the depth (h) of said notches (15; 75) is 0.5 μm to 3 μm, the length (a) of said notches (15; 75) in the direction of the circumference is shorter than the length (b) of said protrusions (16; 76) in the direction of the circumference, and the length (a) of said notches (15; 75) in the direction of the circumference is a range from 1 μm to 14 μm. said notches (15; 75) are formed around the entire periphery of said circumference ridge line with a pitch of 20 μm to 50 μm, the depth (h) of said notches (15; 75) is 0.5 μm to 3 μm, the length (a) of said notches (15; 75) in the direction of the circumference is shorter than the length (b) of said protrusions (16; 76) in the direction of the circumference, and the length (a) of said notches (15; 75) in the direction of the circumference is a range from 1 μm to 14 μm.
A tool gripping arrangement for loading an elongate tool having a lengthwise axis into a collet, the tool gripping arrangement including a tool clamp for clamping a tool along a clamping axis, and a mounting arrangement for mounting the gripping arrangement to a robot arm, the tool clamp being mounted for free rotation relative to the mounting arrangement about an axis which is offset from but substantially parallel to the clamping axis of an elongate tool which is clamped in the tool clamp, tool gripping arrangement including a base for connection to an end effector and an arm that extends from the base to the tool clamp, the gripping arrangement further including a return mechanism (35, 36) to return the tool clamp from a rotated position to a home position, characterised in that the return mechanism (35, 36) includes a biasing arrangement that acts on the arm, and the biasing arrangement includes a pair of spring biased plungers (35, 36) that are in engagement with opposite sides of the arm and whereby rotation of the tool clamp depresses one plunger (35, 36) against a bias so that once the tool clamp is free to rotate, the depressed spring plunger (35, 36) can extend, pushing against the surface of the arm and rotating the tool clamp back to the home position.
Drilling tool for working concrete, rock, masonry and suchlike materials, having a tool head with a cutting body which is designed as a cutting tip and which has at least two front rake faces (9, 10) as seen in the direction of rotation (w), at least two rear flanks (17, 18) as seen in the direction of rotation (w) and at least two front-end cutting edges (7, 8), wherein the cutting edges (7, 8) merge directly into one another at the point of the cutting tip, wherein the cutting edges (7, 8) each separate the rake face (9, 10) and the flank (17, 18), characterized in that the rake faces (9, 10) are each formed by at least two cutting faces (11, 13; 12, 14) merging into one another at at least one second cutting edge (15, 16), wherein in each case the top cutting face (11, 12) merging into the flank (17, 18) at the first cutting edge (7, 8) has a cutting-face angle (α) which is smaller than a cutting-face angle (β) of the respective second cutting face (13, 14) adjoining the respective top cutting face (11, 12) and wherein the respective second cutting edge (15, 16) acts in operation as a chisel rotating on a circular path.
An attachment device for at least one objective lens and/or at least one eyepiece of a long-range optical device, in particular in the form of a riflescope, a telescope or a binocular, characterized in that the attachment device comprises at least one window, which is transparent at least in a visible spectral range, as well as at least one electrical heating device for the window.
Method for operating an electromechanical element, comprising the following steps: by controlling a first control section, which is deformable by an electrical voltage, with a first voltage signal generation of adjusting movements of a friction element which is arranged on the electromechanical element and which is provided for frictional contact with an element to be driven, wherein the first voltage signal comprises a plurality of signal flanks which increase according to absolute amount and signal flanks which decrease according to absolute amount over time, wherein the increasing signal flanks and the decreasing signal flanks alternate with each other in terms of time, wherein after an increasing signal flank and before a subsequent decreasing signal flank, or vice versa, an intermediate signal section with a non-zero time interval (t z) occurs, which differs over time from the shape of the signal flanks and preferably comprises a time-dependent gradient, characterized by controlling of a second control section which is deformable by an electrical voltage by a second voltage signal, which comprises a signal section, the frequency of which compared to the first voltage signal is by a factor of at least 10 higher and which begins in terms of time within the time interval t z of a signal intermediate section of the first voltage signal and extends at least partially over the signal flank (S12, S11) which in terms of time follows the signal intermediate section. by controlling a first control section, which is deformable by an electrical voltage, with a first voltage signal generation of adjusting movements of a friction element which is arranged on the electromechanical element and which is provided for frictional contact with an element to be driven, wherein the first voltage signal comprises a plurality of signal flanks which increase according to absolute amount and signal flanks which decrease according to absolute amount over time, wherein the increasing signal flanks and the decreasing signal flanks alternate with each other in terms of time, wherein after an increasing signal flank and before a subsequent decreasing signal flank, or vice versa, an intermediate signal section with a non-zero time interval (t z) occurs, which differs over time from the shape of the signal flanks and preferably comprises a time-dependent gradient, characterized by controlling of a second control section which is deformable by an electrical voltage by a second voltage signal, which comprises a signal section, the frequency of which compared to the first voltage signal is by a factor of at least 10 higher and which begins in terms of time within the time interval t z of a signal intermediate section of the first voltage signal and extends at least partially over the signal flank (S12, S11) which in terms of time follows the signal intermediate section.
Method of making a composite pipe, comprising the steps of: a) providing one or more sources of composite tape, the composite tape being formed of reinforcing fibres embedded in a thermoplastic matrix; b) helically winding the composite tape(s) around a cylinder under the application of heat to form a pipe comprising fused, concentric layers of adjacently positioned, helically-wound composite tape; characterized by c) scanning a region where edges of wound composite tape are expected to be, to generate scanning information; d) controlling the gap between further adjacent windings by: a. using the scanning information to determine wound composite tape edge position(s); and b. using the determined wound composite tape edge position(s) to adjust the winding process during winding to minimize the gap between further adjacent windings; e) repeating steps c) and d), wherein a winding applicator is provided in the form of a rotating ring, wherein the pipe is conveyed through the rotating ring, wherein one or more tape head(s) are disposed on the rotating ring, and wherein the tape head or each tape head helically winds composite tape(s) around the cylinder as the pipe is conveyed through the rotating ring, wherein the step of adjusting the winding process during winding comprises altering the rate of rotation of the rotating ring and/or changing the rate at which the pipe is conveyed through the rotating ring. a) providing one or more sources of composite tape, the composite tape being formed of reinforcing fibres embedded in a thermoplastic matrix; b) helically winding the composite tape(s) around a cylinder under the application of heat to form a pipe comprising fused, concentric layers of adjacently positioned, helically-wound composite tape; characterized by c) scanning a region where edges of wound composite tape are expected to be, to generate scanning information; d) controlling the gap between further adjacent windings by: a. using the scanning information to determine wound composite tape edge position(s); and b. using the determined wound composite tape edge position(s) to adjust the winding process during winding to minimize the gap between further adjacent windings; a. using the scanning information to determine wound composite tape edge position(s); and b. using the determined wound composite tape edge position(s) to adjust the winding process during winding to minimize the gap between further adjacent windings; e) repeating steps c) and d),
A device for collecting vaginal cells or cervical cells by a user, wherein the device, comprising: a hollow, cylindrical elongated tubing having a distal end and a proximal end; a cell collecting area disposed at the distal end of the elongated tubing, wherein the cell collecting area is covered by an adhesive collecting element extending to a predetermined distance from the edge of the distal end, further the collecting element has plurality of ridges; at least one channel, wherein the channel is disposed within one side of the cell collecting area elongating up to a predetermined distance from the edge of the distal end of the tubing; and a handle, wherein the handle is disposed at the proximal end of the tubing, further the handle comprises an ergonomically shaped finger grip, wherein one end of the finger grip having a design or marking, the handle and the tubing is designed to form a unitary structure, characterized in that the adhesive collecting element is 3.5 to 4.5 centimeters long and 0.5 to 0.9 millimeters in diameter and that the channel is disposed along and throughout the length of the cell collecting area. a hollow, cylindrical elongated tubing having a distal end and a proximal end; a cell collecting area disposed at the distal end of the elongated tubing, wherein the cell collecting area is covered by an adhesive collecting element extending to a predetermined distance from the edge of the distal end, further the collecting element has plurality of ridges; at least one channel, wherein the channel is disposed within one side of the cell collecting area elongating up to a predetermined distance from the edge of the distal end of the tubing; and a handle, wherein the handle is disposed at the proximal end of the tubing, further the handle comprises an ergonomically shaped finger grip, wherein one end of the finger grip having a design or marking, the handle and the tubing is designed to form a unitary structure,
A method for indicating a sound source position within a physical target area, the method comprising: defining a sound characteristic to be detected; detecting with a sound sensing apparatus a target sound in relation to the defined sound characteristic; determining with a location processor the sound source position within the physical target area in relation to the detected target sound; the method being characterized in that it further comprises: indicating the sound source position by projecting within the physical target area a holographic image at, towards or across the sound source position within the physical target area. defining a sound characteristic to be detected; detecting with a sound sensing apparatus a target sound in relation to the defined sound characteristic; determining with a location processor the sound source position within the physical target area in relation to the detected target sound; the method being characterized in that it further comprises: indicating the sound source position by projecting within the physical target area a holographic image at, towards or across the sound source position within the physical target area.
A rotary converter of wind energy having a vertical axis of rotation, comprising: a plurality of shovels having a wind permeable structure, the wind permeable structure of two or more shovels configured to allow a plurality of flags which are placed from a first side of each shovel to form a variable flag-formed working surface thereon, when the shovel meets the wind with the first side; wherein the first side of each shovel is on a same side of each shovel relative to the direction of rotation; wherein the flags have flag arms to maintain a shape of respective flag attached to the flag arm; wherein the rotary converter is configured such that a configuration of one or more of the shovels can be selectively varied such that a value of wind force acting on the shovels can be selectively controlled by changing a position of the one or more shovels on the rotary converter and/or by changing a maximum size of the variable flag-formed working surface on one or more shovels on the rotary converter; characterised in that the maximum size of the variable flag-formed working surface on one or more shovels can be changed by changing a size of one or more flags and/or size of the wind permeable structure which is giving possibility of the flags to form a variable flag-formed working surface. a plurality of shovels having a wind permeable structure, the wind permeable structure of two or more shovels configured to allow a plurality of flags which are placed from a first side of each shovel to form a variable flag-formed working surface thereon, when the shovel meets the wind with the first side; wherein the first side of each shovel is on a same side of each shovel relative to the direction of rotation; wherein the flags have flag arms to maintain a shape of respective flag attached to the flag arm; wherein the rotary converter is configured such that a configuration of one or more of the shovels can be selectively varied such that a value of wind force acting on the shovels can be selectively controlled by changing a position of the one or more shovels on the rotary converter and/or by changing a maximum size of the variable flag-formed working surface on one or more shovels on the rotary converter; characterised in that the maximum size of the variable flag-formed working surface on one or more shovels can be changed by changing a size of one or more flags and/or size of the wind permeable structure which is giving possibility of the flags to form a variable flag-formed working surface.
A sensor system, comprising: a PPG sensor; a controller for processing output signals from the PPG sensor, the controller being adapted to generate a modified pulse amplitude variation value based on deriving a baseline variation of the PPG sensor output signal; deriving a pulse amplitude variation value from the PPG sensor output signal, and performing a post-adjustment step by which modification is realized in the derived pulse amplitude variation value based on said baseline variation of the PPG sensor output signal, the step comprising: subsequent to deriving the pulse amplitude variation value, combining the derived baseline variation additively with the derived pulse amplitude variation value to thereby generate the modified pulse amplitude variation value. a PPG sensor; a controller for processing output signals from the PPG sensor, the controller being adapted to generate a modified pulse amplitude variation value based on deriving a baseline variation of the PPG sensor output signal; deriving a pulse amplitude variation value from the PPG sensor output signal, and performing a post-adjustment step by which modification is realized in the derived pulse amplitude variation value based on said baseline variation of the PPG sensor output signal, the step comprising: subsequent to deriving the pulse amplitude variation value, combining the derived baseline variation additively with the derived pulse amplitude variation value to thereby generate the modified pulse amplitude variation value. deriving a baseline variation of the PPG sensor output signal; deriving a pulse amplitude variation value from the PPG sensor output signal, and performing a post-adjustment step by which modification is realized in the derived pulse amplitude variation value based on said baseline variation of the PPG sensor output signal, the step comprising: subsequent to deriving the pulse amplitude variation value, combining the derived baseline variation additively with the derived pulse amplitude variation value to thereby generate the modified pulse amplitude variation value.
An electroluminescent polymer comprising a first repeat unit comprising the structure: where R 1 to R 6 are the same or different and comprise H or optionally substituted C 1 to C 26 straight or branched alkyl, alkenyl or alkynyl chains, alkoxy group; and wherein at least one of R 1 and R 2 and at least one of R 3 and R 4 is not H, where X is SO 2 and where Y is not present.
An egg for the confectionery industry, characterized in that it comprises two half-parts (2, 3), each one comprising an internal chocolate and/or pastry cream half-shell (4, 5) externally covered by an external wafer biscuit half-shell (6, 7), there being comprised a uniform increase in the thickness of the chocolate and/or pastry cream along a perimeter edge (10, 11) of the internal chocolate and/or pastry cream half-shell (4, 5) and a uniform decrease in the thickness of the wafer biscuit along a perimeter edge (8, 9) of the external wafer biscuit half-shell (6, 7).
Device for slicing one or more food product(s), in particular sausage, ham and/or cheese, wherein for each food product is respectively provided a track along which it is transported in the direction of a moving blade which cuts off food slices from the front end of the food product, wherein the device has a gripper which grips the back of the food product before or during the slicing, characterized in that the gripper has an ultrasonic sensor.
A delayed release drug formulation for oral administration to deliver a drug to the colon of a subject, said formulation comprising: a core and a coating for the core, the core comprising a drug and the coating comprising an outer layer and an inner layer, said outer layer comprising a mixture of a first polymeric material which is susceptible to attack by colonic bacteria and a second polymeric material which has a pH threshold at pH 6 or above, and said inner layer comprising a third polymeric material which is soluble in intestinal fluid or gastrointestinal fluid, said third polymeric material being a polycarboxylic acid polymer that is at least partially neutralised with at least 10% of the carboxylic acid groups in the form of carboxylate anions, wherein the outer layer is applied directly to the inner layer using a coating preparation formed by combining said first polymeric material in an aqueous medium with said second polymeric material in an organic medium. a core and a coating for the core, the core comprising a drug and the coating comprising an outer layer and an inner layer, said outer layer comprising a mixture of a first polymeric material which is susceptible to attack by colonic bacteria and a second polymeric material which has a pH threshold at pH 6 or above, and said inner layer comprising a third polymeric material which is soluble in intestinal fluid or gastrointestinal fluid, said third polymeric material being a polycarboxylic acid polymer that is at least partially neutralised with at least 10% of the carboxylic acid groups in the form of carboxylate anions,
A method comprising: generating, by a device, a behavior profile for an end-user device based on behavior patterns of the end-user device; detecting, by the device, one or more real-time observations; comparing, by the device, the one or more real-time observations and the behavior profile for the end-user device; generating, by the device and based on comparing the one or more real-time observations and the behavior profile for the end-user device, one or more anomalies; determining, by the device, whether the one or more anomalies is associated with a particular IP address, the particular IP address matching an IP address related to one or more detected events or included in a security policy; generating, by the device, based on the one or more anomalies being associated with the particular IP address, an incident alert; and quarantining, by the device and based on the incident alert, data associated with the end-user device. generating, by a device, a behavior profile for an end-user device based on behavior patterns of the end-user device; detecting, by the device, one or more real-time observations; comparing, by the device, the one or more real-time observations and the behavior profile for the end-user device; generating, by the device and based on comparing the one or more real-time observations and the behavior profile for the end-user device, one or more anomalies; determining, by the device, whether the one or more anomalies is associated with a particular IP address, the particular IP address matching an IP address related to one or more detected events or included in a security policy; generating, by the device, based on the one or more anomalies being associated with the particular IP address, an incident alert; and quarantining, by the device and based on the incident alert, data associated with the end-user device.