mhurhangee/ep-ind-claims huggingface dataset:
A control device (2, 2') for industrial machines with controlled movement drives for machine components, comprising a man-machine interface with at least one operating element for manually influencing or presetting adjustment movements of at least one of the machine components, wherein at least one operating element is configured as a rotary actuator operating element with an actuation member supported being rotatable about an axis of rotation, which actuation member can be rotated by the application of an actuating torque (M B) by an operator, wherein the actuation member or its axis of rotation is in mechanical interaction with a controlled variable means generating rotational resistance or is motion-coupled thereto, wherein an electronic evaluation and control device is configured for the variable setting of rotational resistances of the means generating rotational resistance, characterized in that the evaluation and control device is configured to provide at least one toggle switch operating mode, in which the means generating rotational resistance can be controlled by the evaluation and control device in such a way that the means generating rotational resistance builds up or generates a braking or blocking torque (M BR, M BL) after a predefined angle of rotation (α 1) of the actuation member has been covered, which inhibits, increasingly inhibits or prevents further rotatability of the actuation member, wherein a switching state of the rotary actuator operating element is activated or is deemed to be activated, as long as an actuating torque (Mu) of the operator acting against the braking or blocking torque (M BR, M BL) is equal to the blocking torque (M B) or corresponds to the blocking torque (M B) or exceeds a comparatively lower deactivation threshold value (M D), and that the switching state of the rotary actuator operating element is inactive or is deemed to be deactivated when the actuating torque (Mu) exerted by the operator falls below the deactivation threshold value (M D) or is zero.
A nonaqueous sound deadener composition comprising (a)at least one nonpulverulent polyacrylate binder having a K value in the range from 10 to 35, measured as a 1% strength solution in tetrahydrofuran at 21°C; and (b)inorganic fillers, and (c)at least one radically polymerizable compound which has at least one radically polymerizable C-C double bond and possesses a boiling point at atmospheric pressure of greater than 160°C, preferably greater than 180°C. (a)at least one nonpulverulent polyacrylate binder having a K value in the range from 10 to 35, measured as a 1% strength solution in tetrahydrofuran at 21°C; and (b)inorganic fillers, and (c)at least one radically polymerizable compound which has at least one radically polymerizable C-C double bond and possesses a boiling point at atmospheric pressure of greater than 160°C, preferably greater than 180°C.
Radical polymerization process comprising the following steps: - mixture comprising at least one monomer in the presence of at least one photoinitiator and at least one alkoxyamine, - polymerization of the mixture at a temperature of between -50°C and 80°C until the monomers have been fully converted. - mixture comprising at least one monomer in the presence of at least one photoinitiator and at least one alkoxyamine, - polymerization of the mixture at a temperature of between -50°C and 80°C until the monomers have been fully converted.
A tissue embedding cassette comprising: a box defining an inner cavity; a lid operatively connected to the box, the lid opening and closing access to the inner cavity; retaining fingers or a retaining frame (30") projecting from the lid and for being applied against a surface of the box; and complementary connectors (15,25) for the retaining fingers or the retaining frame to be held against the surface of the box, characterized in that the retaining fingers are configured to apply pressure on sides of a label on the surface of the box or the retaining frame (30") forms a window configured to apply pressure on sides and on a bottom of the label on the surface of the box. a box defining an inner cavity; a lid operatively connected to the box, the lid opening and closing access to the inner cavity; retaining fingers or a retaining frame (30") projecting from the lid and for being applied against a surface of the box; and complementary connectors (15,25) for the retaining fingers or the retaining frame to be held against the surface of the box, characterized in that the retaining fingers are configured to apply pressure on sides of a label on the surface of the box or the retaining frame (30") forms a window configured to apply pressure on sides and on a bottom of the label on the surface of the box.
A microscopy optoelectronic device with focus scanning, in particular for reconstructing a three-dimensional model of a sample, which comprises a portable device body, provided with a casing and a frame thereto said casing is connected, the frame supporting: • a digital optical sensor; • an optical group (14, 15), coupled to said sensor comprising an objective lens directed towards a distal end of the optoelectronic device body, apt to be faced to said sample; • motor means (11, 17, 18) for translating said optical group (14, 15) and said sensor with respect to said frame; • means for connecting the optoelectronic device body to an energy source and to a device for controlling the position of the optical group (14, 15) and for transmitting the digitalized images to a processor for reconstructing a three-dimensional model of the sample; and • means for providing a diffused lighting at the objective lens, arranged so as to surround a front region with respect to the objective lens and comprising a luminescent and diffusing surface obtained from a shaped sheet so that it has a tubular portion coaxial to the optical group (14, 15), and • wherein said luminescent and diffusing surface is constituted by a sheet of electroluminescent material of polymeric type, fed by alternated electric current. • a digital optical sensor; • an optical group (14, 15), coupled to said sensor comprising an objective lens directed towards a distal end of the optoelectronic device body, apt to be faced to said sample; • motor means (11, 17, 18) for translating said optical group (14, 15) and said sensor with respect to said frame; • means for connecting the optoelectronic device body to an energy source and to a device for controlling the position of the optical group (14, 15) and for transmitting the digitalized images to a processor for reconstructing a three-dimensional model of the sample; and • means for providing a diffused lighting at the objective lens, arranged so as to surround a front region with respect to the objective lens and comprising a luminescent and diffusing surface obtained from a shaped sheet so that it has a tubular portion coaxial to the optical group (14, 15), and • wherein said luminescent and diffusing surface is constituted by a sheet of electroluminescent material of polymeric type, fed by alternated electric current.
A method for delivering a Push message, comprising: receiving, by a push server, a Push message from a Push Initiator, PI, wherein the Push message carries an indication of making statistics on a delivery result; determining, by the push server, to deliver the Push message to terminals in a broadcast mode or a multicast mode according to the Push message; and obtaining, by the push server, a delivery report carrying a statistical delivery result by receiving receiving responses returned by the terminals and obtaining a statistical delivery result according to the received receiving responses, or by querying a number of connections set up between the terminals and the server, so as to know delivery state of the Push message; wherein if the terminals have no uplink channel available for returning the receiving response, the method further comprises: adding, by the push server, an indication of a bearer mode into the Push message delivered to the terminals, so that the terminal activates a corresponding application according to the indication of the bearer mode and returns a receiving response in the indicated bearer mode. receiving, by a push server, a Push message from a Push Initiator, PI, wherein the Push message carries an indication of making statistics on a delivery result; determining, by the push server, to deliver the Push message to terminals in a broadcast mode or a multicast mode according to the Push message; and obtaining, by the push server, a delivery report carrying a statistical delivery result by receiving receiving responses returned by the terminals and obtaining a statistical delivery result according to the received receiving responses, or by querying a number of connections set up between the terminals and the server, so as to know delivery state of the Push message; adding, by the push server, an indication of a bearer mode into the Push message delivered to the terminals, so that the terminal activates a corresponding application according to the indication of the bearer mode and returns a receiving response in the indicated bearer mode.
A kit for identifying an oxidized state and a glycated state of a low-density lipoprotein, which includes a microplate on which an antibody recognizing a low-density lipoprotein is immobilized, a primary detection antibody recognizing an oxidized low-density lipoprotein, a primary detection antibody recognizing a glycated low-density lipoprotein, a secondary detection antibody which commonly recognizes a primary detection antibody recognizing an oxidized low-density lipoprotein and a primary detection antibody recognizing a glycated low-density lipoprotein, and wherein the secondary detection antibody recognizing the primary detection antibody recognizing an oxidized low-density lipoprotein and the primary detection antibody recognizing a glycated low-density lipoprotein is fluorescently labelled, and a fluorescent nitroxide represented by the chemical structure: a microplate on which an antibody recognizing a low-density lipoprotein is immobilized, a primary detection antibody recognizing an oxidized low-density lipoprotein, a primary detection antibody recognizing a glycated low-density lipoprotein, a secondary detection antibody which commonly recognizes a primary detection antibody recognizing an oxidized low-density lipoprotein and a primary detection antibody recognizing a glycated low-density lipoprotein, and wherein the secondary detection antibody recognizing the primary detection antibody recognizing an oxidized low-density lipoprotein and the primary detection antibody recognizing a glycated low-density lipoprotein is fluorescently labelled, and a fluorescent nitroxide represented by the chemical structure:
An ostomy appliance for attachment around a stoma of a user, comprising: - a carrier sheet having a proximal surface and a distal surface and a through-going hole extending from the proximal surface to the distal surface; - a first adhesive material disposed on the proximal surface of the carrier sheet and configured to adhere the appliance to a peristomal skin surface of the user, characterized by further comprising: - a second material disposed at least on a portion of the distal surface of the carrier sheet, wherein the second material is configured to dissipate in response to being exposed to stomal fluids on the side of the carrier sheet facing away from the user in use; and - a signal generator adapted to provide an indicator signal when the dissipation of the second material reaches a pre-defined threshold value. - a carrier sheet having a proximal surface and a distal surface and a through-going hole extending from the proximal surface to the distal surface; - a first adhesive material disposed on the proximal surface of the carrier sheet and configured to adhere the appliance to a peristomal skin surface of the user, characterized by further comprising: - a second material disposed at least on a portion of the distal surface of the carrier sheet, wherein the second material is configured to dissipate in response to being exposed to stomal fluids on the side of the carrier sheet facing away from the user in use; and - a signal generator adapted to provide an indicator signal when the dissipation of the second material reaches a pre-defined threshold value.
An electret element, comprising: an Si layer (101, 202, 203, 311a, 311b), an SiO 2 layer (102, 201) formed at a surface of the Si layer; and an electret formed at the SiO 2 layer near an interface (204, 205, 306, 308) of the SiO 2 layer and the Si layer, characterized in that: the surface charge constituting the electret is fixed near the interface (204, 205, 306, 308); and the SiO 2 layer (102, 201) functions as a protective film of the electret. an Si layer (101, 202, 203, 311a, 311b), an SiO 2 layer (102, 201) formed at a surface of the Si layer; and an electret formed at the SiO 2 layer near an interface (204, 205, 306, 308) of the SiO 2 layer and the Si layer, characterized in that: the surface charge constituting the electret is fixed near the interface (204, 205, 306, 308); and the SiO 2 layer (102, 201) functions as a protective film of the electret.
Cladding system with a supporting device and heating and/or cooling device, in which an air-conditioning pipe is fixed in an approximately omega-shaped receptacle of a heat-conducting profile and the heat-conducting profile made of roll-formed sheet metal can be fixed to a wall or a ceiling via the support device, wherein the heat-conducting profile is designed in such a way that the air-conditioning pipe is pressed into the approximately omega-shaped receptacle with reversible resilient expansion and is permanently fixed in the heat-conducting profile with good thermal bonding, characterised in that the thermally conductive profile has, in an outer region of the approximately omega-shaped receptacle has at least one latching lug and a resilient latching arm corresponding to the latching lug is provided on the support device. the heat-conducting profile made of roll-formed sheet metal can be fixed to a wall or a ceiling via the support device, wherein the heat-conducting profile is designed in such a way that the air-conditioning pipe is pressed into the approximately omega-shaped receptacle with reversible resilient expansion and is permanently fixed in the heat-conducting profile with good thermal bonding, characterised in that the thermally conductive profile has, in an outer region of the approximately omega-shaped receptacle has at least one latching lug and a resilient latching arm corresponding to the latching lug is provided on the support device.
A forceps, comprising: a housing; a shaft extending from the housing, the shaft defining a longitudinal axis; an end effector assembly operatively connected to the shaft, the end effector assembly including first and second jaw members (110, 120) movable relative to one another about a pivot pin between an open position in which the first and second jaw members are disposed in spaced relation relative to one another and a clamping position in which the first and second jaw members cooperate to grasp tissue therebetween; and characterised by a jaw insert (200; 500; 600; 700; 800) operably disposed within at least one of the first and second jaw members, the jaw insert defining an opening configured to securely house the pivot pin and including a moveable member defining a cam slot (306; 410; 514; 536; 546; 802; 908) configured to receive a cam pin that, upon movement thereof, rotates the jaw members from the open position to the clamping position, the moveable member is configured to provide a camming force against the cam slot, which, in turn, provides at least a portion of a sealing force to the jaw members when the first and second jaw members are in the clamping position and a spring operably associated with the moveable member. a housing; a shaft extending from the housing, the shaft defining a longitudinal axis; an end effector assembly operatively connected to the shaft, the end effector assembly including first and second jaw members (110, 120) movable relative to one another about a pivot pin between an open position in which the first and second jaw members are disposed in spaced relation relative to one another and a clamping position in which the first and second jaw members cooperate to grasp tissue therebetween; and characterised by a jaw insert (200; 500; 600; 700; 800) operably disposed within at least one of the first and second jaw members, the jaw insert defining an opening configured to securely house the pivot pin and including a moveable member defining a cam slot (306; 410; 514; 536; 546; 802; 908) configured to receive a cam pin that, upon movement thereof, rotates the jaw members from the open position to the clamping position, the moveable member is configured to provide a camming force against the cam slot, which, in turn, provides at least a portion of a sealing force to the jaw members when the first and second jaw members are in the clamping position and a spring operably associated with the moveable member.
A method of inhibiting the deposition of organic contaminants in pulp or papermaking systems comprising adding to the pulp or papermaking system an effective deposition inhibiting amount of a hydrophobically modified poly[ethylene glycol] composition comprising the formula: (R 1 -) x -O-[-CH 2 -CH 2 -O-] n -(-R 2) y -Z wherein R 1 and R 2 are a hydrophobic moiety, or blocks of hydrophobic moieties of x and y repeat units, covalently bonded to poly[ethylene glycol]; n is 2 to 1200; x is 1 to 10; y is 0 to 10; Z is only present when y = 0 and is hydrogen; and the sum of x and y is greater than or equal to 2; wherein the composition is prepared by reacting poly[ethylene glycol] directly with hydrophobic reagent at a molar ratio of poly[ethylene glycol] to hydrophobic reagent of at least 1:2 and not greater than 1:5.5.
Double disc coulter having two coulter discs which are set in a V-shaped manner with respect to each other and in each case obliquely with respect to the direction of travel and to the vertical and are arranged rotatably on a coulter holder, wherein the coulter discs set in a V-shaped manner with respect to each other are arranged in a rearwardly and upwardly opening construction with respect to each other, wherein a scraper cleaning the outer outsides of the coulter discs is arranged in each case of the outer outside of the coulter discs, in the upper half thereof, and in the front region by means of a holding element fastened to a coulter holder, wherein a covering which is matched to the circular circumference of the coulter discs and is fastened to the coulter holder is arranged at least in the front upper quarter of the coulter discs and in front of said coulter discs, characterized in that the holding elements carrying the respective scraper are fastened to the covering, in that the respective holding element for the respective scraper is part of the covering, in that the covering has in each case on both sides a holding element for the respective scraper, in that the respective holding element is bent downwards in relation to the covering, in that the holding elements are arranged on the covering in an integrated manner, and in that the holding elements are arranged on the covering in the region of the fastening of the covering to the coulter holder.
A vehicle control apparatus comprising: a wheel speed calculation unit configured to calculate a wheel speed of wheels (FR, FL, RL, RR); a correction unit configured to calculate a corrected wheel speed, which is acquired by correcting the wheel speed based on vehicle specifications indicating a position of each of the wheels (FR, FL, RL, RR); a vehicle body speed calculation unit configured to calculate a vehicle body speed based on the calculated corrected wheel speed; a slip control unit configured to control a slip state of the wheels (FR, FL, RL, RR) according to states of the corrected wheel speed and the vehicle body speed; a steering operation amount calculation unit configured to calculate a steering operation amount; and a yaw rate calculation unit configured to calculate a yaw rate of a vehicle, characterized in that the slip control unit controls the slip state of each of the wheels (FR, FL, RL, RR) in such a manner that the target slip ratio reduces as the calculated steering operation amount increases, and the correction unit calculates the corrected wheel speed based on the steering operation amount and the yaw rate. a wheel speed calculation unit configured to calculate a wheel speed of wheels (FR, FL, RL, RR); a correction unit configured to calculate a corrected wheel speed, which is acquired by correcting the wheel speed based on vehicle specifications indicating a position of each of the wheels (FR, FL, RL, RR); a vehicle body speed calculation unit configured to calculate a vehicle body speed based on the calculated corrected wheel speed; a slip control unit configured to control a slip state of the wheels (FR, FL, RL, RR) according to states of the corrected wheel speed and the vehicle body speed; a steering operation amount calculation unit configured to calculate a steering operation amount; and a yaw rate calculation unit configured to calculate a yaw rate of a vehicle, characterized in that the slip control unit controls the slip state of each of the wheels (FR, FL, RL, RR) in such a manner that the target slip ratio reduces as the calculated steering operation amount increases, and the correction unit calculates the corrected wheel speed based on the steering operation amount and the yaw rate.
Bag made of thin sealable plastics film, in particular having a film thickness of less than 40 μm, in which a handle strip is attached, at least on one side, to a filling space which is enclosed by two layers of the plastics film, in which handle strip the plastics film is joined along a filling space boundary, extends in two layers up to a separation seam, as the outer edge, which is produced by means of fusing and cutting, and contains at least one handle opening, characterised in that, in longitudinal portions (21, 22) which do not contain a handle opening, some regions of the outer edge, which is formed by the separation seam, of the handle strip are brought closer, up to a spacing of less than 5 mm, to a sealed seam which forms a filling space boundary, or said outer edge represents the filling space boundary.
A housing (102; 401) used for fluidic testing, comprising: a fluidic testing arrangement (110; 200; 308), comprising: a microfluidic channel (202; 302) having only one port (204; 304); a first chamber disposed at a terminal end of the microfluidic channel (202; 302); and a second chamber (210; 312) coupled to the microfluidic channel (202; 302), the second chamber (210; 312) being in a series arrangement with the first chamber; and a reagent insert having reagents on one side of the reagent insert, and shaped to fit snugly within a hole (108; 112; 404) through a backside of the housing (102; 401), wherein the hole (108; 112; 404) is aligned within the second chamber (210; 312). a fluidic testing arrangement (110; 200; 308), comprising: a microfluidic channel (202; 302) having only one port (204; 304); a first chamber disposed at a terminal end of the microfluidic channel (202; 302); and a second chamber (210; 312) coupled to the microfluidic channel (202; 302), the second chamber (210; 312) being in a series arrangement with the first chamber; and a microfluidic channel (202; 302) having only one port (204; 304); a first chamber disposed at a terminal end of the microfluidic channel (202; 302); and a second chamber (210; 312) coupled to the microfluidic channel (202; 302), the second chamber (210; 312) being in a series arrangement with the first chamber; and a reagent insert having reagents on one side of the reagent insert, and shaped to fit snugly within a hole (108; 112; 404) through a backside of the housing (102; 401), wherein the hole (108; 112; 404) is aligned within the second chamber (210; 312).