mhurhangee/ep-ind-claims huggingface dataset:
An accessory latch comprising: a rotary handle; and a latch state indication window defined by the rotary handle, wherein the latch state indication window provides visibility to a first color-coded indicator when the rotary handle is in a latched orientation and a second color-coded indicator when the rotary handle is in an unlatched orientation; and characterized by further comprising: at least two detents (218, 220) disposed on a fixed central column; one or more detent posts (222, 224) disposed on the rotary handle, at least one of the one or more detent posts configured to engage a first detent of the at least two detents when the rotary handle is in the latched orientation, and a second detent of the at least two detents when the rotary handle is in the unlatched orientation. a rotary handle; and a latch state indication window defined by the rotary handle, wherein the latch state indication window provides visibility to a first color-coded indicator when the rotary handle is in a latched orientation and a second color-coded indicator when the rotary handle is in an unlatched orientation; and characterized by further comprising: at least two detents (218, 220) disposed on a fixed central column; one or more detent posts (222, 224) disposed on the rotary handle, at least one of the one or more detent posts configured to engage a first detent of the at least two detents when the rotary handle is in the latched orientation, and a second detent of the at least two detents when the rotary handle is in the unlatched orientation.
A medical cutting tool (10; 20) for producing thin slices of cartilage, said tool comprising a tool body (11; 21) and a cover (12; 22), in which case a first holding device is provided, which comprises a first work section (11a'; 21') having a first recess which is located on the top side of the tool body (11; 21) and is entirely or partially bordered by a first delimiting rim; the cutting tool (10; 20) is made of a sterilizable material; the tool body (11; 21) has a connecting portion (19'; 29'), to which the first work section (11a'; 21') is directly and rigidly attached; the cover (12; 22) has a counterpart (19"; 29") for the connecting portion (19'; 29'), to which counterpart (19"; 29") a first pressure section (11a"; 21") is directly and rigidly attached; the parts (11a', 11a", 19', 19", 21', 21 ", 29', 29") are geometrically configured in such a way that, in the operating position, the counterpart (19"; 29") for the connecting portion (19'; 29') can be secured so as to rest on said connecting portion (19'; 29') and the first pressure section (11a"; 21") is located opposite the first recess of the first work section (11a'; 21') at a substantially constant first distance d a, as defined by the geometric shaping of the connecting portion (19'; 29') and of its counterpart (19"; 29"), so that a first guide slot, extending between the first work section (11a'; 21') and the first pressure section (11a"; 21 "), remains clear for the insertion of a cutting blade, characterized in that the first pressure section (11a"; 21 ") includes a central first pressure plate (12a"; 22") which is resiliently secured in said first pressure section (11a"; 21 ") and which, in an operating position for producing thin slices of cartilage, is located opposite the first recess which is entirely or partially bordered by the first delimiting rim.
A device (100; 500) for insertion into a floor, comprising a shock-absorbing base body and a recess, the base body surrounding the recess, the base body having a larger circumference on an upper side than on a lower side, characterized in that the base body can be unfolded at a folding point, so that the recess is partially surrounded by the base body in the unfolded state and completely surrounded by the base body in the folded state.
Device for treating containers, comprising an isolator chamber, in which the treatment of the containers takes place, and an outlet for discharging fluids which is connected to the floor of the isolator chamber, wherein a suction device for suctioning gases out of the isolator chamber is connected to the outlet, wherein a device for processing cleaning medium is arranged downstream of the outlet, characterised in that the outlet downstream of the connection of the suction device has an outlet valve for closing the outlet between cleaning intervals of the device. a suction device for suctioning gases out of the isolator chamber is connected to the outlet, wherein a device for processing cleaning medium is arranged downstream of the outlet, characterised in that the outlet downstream of the connection of the suction device has an outlet valve for closing the outlet between cleaning intervals of the device.
A monitoring system, comprising: a carbon monoxide sensor configured to detect carbon monoxide within an area; a heater situated near the carbon monoxide sensor to regulate a temperature of the carbon monoxide sensor; an ambient temperature sensor configured to provide an indication of an ambient temperature in the area; and a controller that is configured to: determine whether the ambient temperature in the area is below a threshold based on the indication from the ambient temperature sensor, characterized by: an occupancy sensor configured to provide an indication whether the area is occupied by at least one individual, wherein the controller is further configured to: determine whether the area is occupied by at least one individual based on the indication from the occupancy sensor, and activate the heater when the ambient temperature in the area is below the threshold and the area is occupied by at least one individual. a carbon monoxide sensor configured to detect carbon monoxide within an area; a heater situated near the carbon monoxide sensor to regulate a temperature of the carbon monoxide sensor; an ambient temperature sensor configured to provide an indication of an ambient temperature in the area; and a controller that is configured to: determine whether the ambient temperature in the area is below a threshold based on the indication from the ambient temperature sensor, characterized by: an occupancy sensor configured to provide an indication whether the area is occupied by at least one individual, wherein the controller is further configured to: determine whether the area is occupied by at least one individual based on the indication from the occupancy sensor, and activate the heater when the ambient temperature in the area is below the threshold and the area is occupied by at least one individual. determine whether the ambient temperature in the area is below a threshold based on the indication from the ambient temperature sensor, characterized by: an occupancy sensor configured to provide an indication whether the area is occupied by at least one individual, wherein the controller is further configured to: determine whether the area is occupied by at least one individual based on the indication from the occupancy sensor, and activate the heater when the ambient temperature in the area is below the threshold and the area is occupied by at least one individual. an occupancy sensor configured to provide an indication whether the area is occupied by at least one individual, wherein the controller is further configured to: determine whether the area is occupied by at least one individual based on the indication from the occupancy sensor, and activate the heater when the ambient temperature in the area is below the threshold and the area is occupied by at least one individual. determine whether the area is occupied by at least one individual based on the indication from the occupancy sensor, and activate the heater when the ambient temperature in the area is below the threshold and the area is occupied by at least one individual.
A therapeutic agent preparation for delivery into a lumen of the intestinal tract, the lumen having a lumen wall, the preparation comprising a therapeutically effective dose of at least one therapeutic agent, wherein the preparation is a solid that is shaped as a tissue penetrating member having a tissue penetrating end, the tissue penetrating member sized and configured to be contained in an oval shaped swallowable capsule and, to be delivered from the capsule to penetrate and be advanced into the lumen wall by the application of force on the tissue penetrating member from within the capsule, wherein the solid degrades within the lumen wall to release the dose of therapeutic agent.
A pick assembly for degrading hard or abrasive bodies comprising: a rotatable drive means, a pick tool holder attached to the rotatable drive means, and a pick tool, comprising a base and a strike element comprising a strike tip defining a strike tip axis and capable of being attached to the base, the strike tip comprising super-hard material, and the strike element and the base capable of being attached to the pick holder; characterised by the pick holder and pick tool being configured in relation to the drive means operative to the strike tip axis being oriented to within a strike angle of at most 2 degrees with a strike plane on which the strike tip will travel when driven by the drive means in use, the strike plane being perpendicular to the axis of rotation of the drive means; in which the pick holder is attached to the drive means such that the pick holder is misaligned from the strike plane by an offset angle of at least 5 degrees. a rotatable drive means, a pick tool holder attached to the rotatable drive means, and a pick tool, comprising a base and a strike element comprising a strike tip defining a strike tip axis and capable of being attached to the base, a base and a strike element comprising a strike tip defining a strike tip axis and capable of being attached to the base, the pick holder and pick tool being configured in relation to the drive means operative to the strike tip axis being oriented to within a strike angle of at most 2 degrees with a strike plane on which the strike tip will travel when driven by the drive means in use, the strike plane being perpendicular to the axis of rotation of the drive means;
Tank device adapted to accommodate an electrical equipment, comprising: a tank containing a cooling oil, the tank has sidewalls and a flange at a top of the tank; a top cover attached to the flange; a weakened region between the top cover and the flange, wherein the weakened region ruptures when an overpressure condition occurs in the tank to release pressure; a deflector extending along at least a portion of the top cover and disposed outward from the weakened region, wherein at least some of the cooling oil escapes under pressure when the weakened region ruptures, the escaped cooling oil contacting an inner surface of the deflector and being redirected to limit outward spraying of the cooling oil. a tank containing a cooling oil, the tank has sidewalls and a flange at a top of the tank; a top cover attached to the flange; a weakened region between the top cover and the flange, wherein the weakened region ruptures when an overpressure condition occurs in the tank to release pressure; a deflector extending along at least a portion of the top cover and disposed outward from the weakened region, wherein at least some of the cooling oil escapes under pressure when the weakened region ruptures, the escaped cooling oil contacting an inner surface of the deflector and being redirected to limit outward spraying of the cooling oil.
Rotor with a laminated core arrangement, wherein the laminated core arrangement comprises: - at least two laminated cores (21,22) in the shape of a ring or ring segment, which are arranged adjacently to one another in a line with parallel surfaces on a common axis of symmetry, wherein at least two of the laminated cores (21, 22) are adjacent and spaced apart from one another, wherein each laminated core (21,22) has a multiplicity of teeth (81,82) on its outer circumference, wherein the laminated cores (21, 22) in each case have at least one first and one second notch (41,42) between the teeth (81,82), wherein the notches (41,42) in each case are provided to receive at least one electrical conductor (51,52), wherein each of the laminated cores (21,22) is fastened by means of a hub to a shaft of the rotor, the axis of rotation of which coincides with the common axis of symmetry, and wherein between the hub of each laminated core (21, 22) and its teeth (81, 82) each of the laminated cores (21,22) has apertures for guiding a coolant; - at least one web, the width direction of which runs predominantly in parallel with the common axis of symmetry and the thickness direction of which runs predominantly in the tangential direction in relation to the common axis of symmetry; characterised in that the web is arranged asymmetrically between two adjacent notches (41,42) in relation to the tangential direction and extends radially at most up until the apertures. - at least two laminated cores (21,22) in the shape of a ring or ring segment, which are arranged adjacently to one another in a line with parallel surfaces on a common axis of symmetry, wherein at least two of the laminated cores (21, 22) are adjacent and spaced apart from one another, wherein each laminated core (21,22) has a multiplicity of teeth (81,82) on its outer circumference, wherein the laminated cores (21, 22) in each case have at least one first and one second notch (41,42) between the teeth (81,82), wherein the notches (41,42) in each case are provided to receive at least one electrical conductor (51,52), wherein each of the laminated cores (21,22) is fastened by means of a hub to a shaft of the rotor, the axis of rotation of which coincides with the common axis of symmetry, and wherein between the hub of each laminated core (21, 22) and its teeth (81, 82) each of the laminated cores (21,22) has apertures for guiding a coolant; - at least one web, the width direction of which runs predominantly in parallel with the common axis of symmetry and the thickness direction of which runs predominantly in the tangential direction in relation to the common axis of symmetry;
An alginate microsphere capable of self-degradation upon rehydration, comprising: an alginate lyase enzyme pre-treated by varying temperature, by varying pH, and/or with a metal-ion enzyme inhibitor; alginate molecules having one or both of (i) a predetermined molecular weight, and (ii) a predetermined ratio of β-D-Mannuronic acid blocks to α-L-Guluronic acid blocks; and a divalent metal-ion crosslinking the alginate molecules, wherein the alginate microsphere is substantially free of water and/or sterilized. an alginate lyase enzyme pre-treated by varying temperature, by varying pH, and/or with a metal-ion enzyme inhibitor; alginate molecules having one or both of (i) a predetermined molecular weight, and (ii) a predetermined ratio of β-D-Mannuronic acid blocks to α-L-Guluronic acid blocks; and a divalent metal-ion crosslinking the alginate molecules,
A device for holding a turbine engine blade for the purposes of machining, the device comprising a support having at least one housing in which at least one block is mounted in removable manner, said block presenting an opening for mounting an airfoil of a blade and having at least six presser points (31, 32, 37, 39, 40, 42) for pressing against the airfoil, the device being characterized in that it includes a movable presser finger for pressing against a pressure side surface or a suction side surface of the blade, the finger being moved by actuation means (12, 17) so that in a position for clamping the blade, the presser finger presses the airfoil against the presser points of the block, which itself is pressed against the support.
A method of suppressing nonspecific signals originating from contaminants in an immunoassay using surface plasmon-field enhanced fluorescence spectroscopy (SPFS), said method comprising performing a pretreatment of heating the sample at 95 to 100°C for 5 to 10 minutes.
A radio communications system comprising: a first radio base station (10-1, 43a); an intermediate station adapted to receive first data which corresponds to MBMS, Multimedia Broadcast Multicast Service, data from the first radio base station (10-1, 43a) and to communicate with a mobile station; and a second radio base station (10-2, 43b) adjacent to the first radio base station (10-1, 43a), wherein: the intermediate station is adapted to receive the first data in a first communication format, convert the first data in the first communication format to second data in a second communication format and transmit the second data in the second communication format to the mobile station; and the second radio base station (10-2, 43b) comprises a transmitter adapted to transmit data in the second communication format, to the mobile station, that is the same as the second data transmitted by the intermediate station, in synchronization with the transmitting by the intermediate station of the second data and by using a radio resource that the intermediate station uses in the transmitting of the second data. a first radio base station (10-1, 43a); an intermediate station adapted to receive first data which corresponds to MBMS, Multimedia Broadcast Multicast Service, data from the first radio base station (10-1, 43a) and to communicate with a mobile station; and a second radio base station (10-2, 43b) adjacent to the first radio base station (10-1, 43a), wherein: the intermediate station is adapted to receive the first data in a first communication format, convert the first data in the first communication format to second data in a second communication format and transmit the second data in the second communication format to the mobile station; and the second radio base station (10-2, 43b) comprises a transmitter adapted to transmit data in the second communication format, to the mobile station, that is the same as the second data transmitted by the intermediate station, in synchronization with the transmitting by the intermediate station of the second data and by using a radio resource that the intermediate station uses in the transmitting of the second data. the intermediate station is adapted to receive the first data in a first communication format, convert the first data in the first communication format to second data in a second communication format and transmit the second data in the second communication format to the mobile station; and the second radio base station (10-2, 43b) comprises a transmitter adapted to transmit data in the second communication format, to the mobile station, that is the same as the second data transmitted by the intermediate station, in synchronization with the transmitting by the intermediate station of the second data and by using a radio resource that the intermediate station uses in the transmitting of the second data.
A method for producing an endless belt having a belt body, which comprises a first main surface and a second main surface, wherein the first main surface and the second main surface of the belt body are connected to one another via lateral edges (5, 6), wherein a coating is applied to the first main surface of the belt body being opposite to an inner side of the endless belt in a finished state of the endless belt, wherein the coating forms an outer side of the endless belt in a finished state, wherein at least one base material, into which reinforcing elements are inserted, is applied to the first main surface of the belt body as the coating, characterized in that the base material forms a matrix for hard particles, into which the hard particles, which consist in particular of at least one material with a hardness measured according to Vickers of more than 500, preferably with a hardness between 1400 and 10060, are embedded, wherein the coating is preferably applied directly to the first main surface of the belt body.
An in-vehicle electronic module, comprising: a circuit board on which an electronic component is mounted; a box type case or a protective member made of mold resin that accommodates and protects the circuit board from surrounding environment; characterized in further comprising a connector accommodating member that is integrally formed with the protective member and has an opening space for accommodating a mating connector, wherein the in-vehicle electronic module has a connection structure in which an end portion of the circuit board on which the electronic component is not mounted is protruded from the protective member to the opening space of the connector accommodating member and the end portion of the board is inserted into the mating connector to obtain electrical continuity, and a connection terminal of the board has a structure of Cu wiring/Cu-Sn reaction layer/Sn-based alloy layer containing an Ag-Sn intermetallic compound. a circuit board on which an electronic component is mounted; a box type case or a protective member made of mold resin that accommodates and protects the circuit board from surrounding environment; characterized in further comprising a connector accommodating member that is integrally formed with the protective member and has an opening space for accommodating a mating connector, wherein the in-vehicle electronic module has a connection structure in which an end portion of the circuit board on which the electronic component is not mounted is protruded from the protective member to the opening space of the connector accommodating member and the end portion of the board is inserted into the mating connector to obtain electrical continuity, and a connection terminal of the board has a structure of Cu wiring/Cu-Sn reaction layer/Sn-based alloy layer containing an Ag-Sn intermetallic compound.
An electric machine tool comprising: a body, which a work tool is attached to and which has a body housing; a motor for driving the work tool; a battery for supplying electrical power to the motor; a motor receiving chamber of the body, in which the motor is disposed and an air discharging means (33, 31b, 18, 11b) to discharge the air in the motor receiving chamber; a battery receiving chamber of the body; and a communication path of the body, through which the battery receiving chamber is in communication with the motor receiving chamber; characterized by: the battery receiving chamber of the body, which the battery is disposed within and which has an opening extending through the body housing to the outside; an air outlet opening of the body, which is formed through the body housing; a first air inlet opening defined by an inner edge of the opening of the battery receiving chamber and an outer periphery of the battery disposed in the battery receiving chamber; an inflow port of the communication path opens to an inner side surface of the battery receiving chamber, and an air filter is fitted over the inflow port. a body, which a work tool is attached to and which has a body housing; a motor for driving the work tool; a battery for supplying electrical power to the motor; a motor receiving chamber of the body, in which the motor is disposed and an air discharging means (33, 31b, 18, 11b) to discharge the air in the motor receiving chamber; a battery receiving chamber of the body; and a communication path of the body, through which the battery receiving chamber is in communication with the motor receiving chamber; the battery receiving chamber of the body, which the battery is disposed within and which has an opening extending through the body housing to the outside; an air outlet opening of the body, which is formed through the body housing; a first air inlet opening defined by an inner edge of the opening of the battery receiving chamber and an outer periphery of the battery disposed in the battery receiving chamber; an inflow port of the communication path opens to an inner side surface of the battery receiving chamber, and an air filter is fitted over the inflow port.