mhurhangee/ep-ind-claims huggingface dataset:
A fastener and sleeve comprising: a fastener for a driving tool; and a sleeve holding the fastener, wherein a gap is formed between the sleeve and the fastener so as to face a toe side of the fastener by forming a recess portion on an inner peripheral surface of the sleeve, and in the sleeve, an inner peripheral surface of an end portion opposite to an end portion where the gap is formed is in close contact with the fastener, an inner diameter of the recess portion at the toe side of the fastener is larger than the inner diameter of the sleeve at an intermediate portion, wherein the sleeve includes: a head portion side holding portion provided on a head portion side of the fastener; a toe side holding portion provided on the toe side of the fastener; and a constricted portion provided between the head portion side portion and the toe side holding portion. a fastener for a driving tool; and a sleeve holding the fastener, wherein a gap is formed between the sleeve and the fastener so as to face a toe side of the fastener by forming a recess portion on an inner peripheral surface of the sleeve, and in the sleeve, an inner peripheral surface of an end portion opposite to an end portion where the gap is formed is in close contact with the fastener, an inner diameter of the recess portion at the toe side of the fastener is larger than the inner diameter of the sleeve at an intermediate portion, wherein the sleeve includes: a head portion side holding portion provided on a head portion side of the fastener; a toe side holding portion provided on the toe side of the fastener; and a constricted portion provided between the head portion side portion and the toe side holding portion. a head portion side holding portion provided on a head portion side of the fastener; a toe side holding portion provided on the toe side of the fastener; and a constricted portion provided between the head portion side portion and the toe side holding portion.
A receptacle exchange device that is adapted to supply and retrieve a receptacle with respect to a process location at which an operator processes the receptacle by picking articles from or putting articles to a receptacle, said receptacle exchange device comprising: a lift that is adapted to elevate a receptacle from a supply location to the process location; an extractor that is adapted to retrieve a receptacle from the process location to an extracted location; a first drive that moves said lift between the supply location and the process location and that moves said extractor between the process location and the extracted location; a second drive that moves an inclination of said extractor; and a control, said control controlling said first and second drives, characterized in that said control is adapted to separately set a contour of an insertion inclination profile (36a, 36b) of said extractor as it moves between the extracted location and the process location and the contour of a retraction inclination profile of said extractor as it moves between the process location and the extracted location. a lift that is adapted to elevate a receptacle from a supply location to the process location; an extractor that is adapted to retrieve a receptacle from the process location to an extracted location; a first drive that moves said lift between the supply location and the process location and that moves said extractor between the process location and the extracted location; a second drive that moves an inclination of said extractor; and a control, said control controlling said first and second drives, characterized in that said control is adapted to separately set a contour of an insertion inclination profile (36a, 36b) of said extractor as it moves between the extracted location and the process location and the contour of a retraction inclination profile of said extractor as it moves between the process location and the extracted location.
A surgical access apparatus comprising: a body including a proximal portion, a distal portion, and a liner interconnecting the proximal portion and the distal portion, the proximal portion and the distal portion being longitudinally movable relative to each other; at least one port extendin through the proximal portion and being adapted for the reception of an object whereby compressible material defining the at least one port is adapted to deform to establish a substantial sealed relation with the object; a holder releasably attached to the body for holding the body in a first state, wherein the proximal portion and the distal portion are a first distance apart, characterised in that the holder extends from the proximal end of the proximal portion to the distal portion and releasing the holder from the body allows the body to transition to a second state, wherein the proximal portion and the distal portion are a second distance apart, the second distance being greater than the first distance. a body including a proximal portion, a distal portion, and a liner interconnecting the proximal portion and the distal portion, the proximal portion and the distal portion being longitudinally movable relative to each other; at least one port extendin through the proximal portion and being adapted for the reception of an object whereby compressible material defining the at least one port is adapted to deform to establish a substantial sealed relation with the object; a holder releasably attached to the body for holding the body in a first state, wherein the proximal portion and the distal portion are a first distance apart, characterised in that the holder extends from the proximal end of the proximal portion to the distal portion and releasing the holder from the body allows the body to transition to a second state, wherein the proximal portion and the distal portion are a second distance apart, the second distance being greater than the first distance.
A method of vertically aggregating tiered servers in a data center said servers being subdivided between frontend servers and backend servers, said backend servers being Memcached servers, wherein there is zero or near-zero traffic between said frontend servers and there is zero or near-zero traffic between said Memcached servers, the method comprising: partitioning, based on communication patterns in the data center, a plurality of servers in the data center to form an array of aggregated end points, 'AEPs', by selecting for each AEP a different Memcached server of the data center as a central hub server of the AEP, wherein each AEP comprises a subgroup of servers from two or more tiers in a frontend/Memcached architecture, and wherein multiple servers within each AEP are connected by an intra-AEP network fabric and different AEPs are connected by an inter-AEP network, the different central hub server of each AEP acting as an end-point on the inter-AEP network; resolving a target server identification, 'ID', for a request from an AEP- local server at a central hub server in a first AEP; if the target server ID is the central hub server in the first AEP, handling the request at the central hub server in the first AEP and responding to the requesting server; if the target server ID is another server local to the first AEP, redirecting the request over the intra-AEP fabric to the server local to the first AEP; and if the target server ID is a server in a second AEP transferring the request to the second AEP. partitioning, based on communication patterns in the data center, a plurality of servers in the data center to form an array of aggregated end points, 'AEPs', by selecting for each AEP a different Memcached server of the data center as a central hub server of the AEP, wherein each AEP comprises a subgroup of servers from two or more tiers in a frontend/Memcached architecture, and wherein multiple servers within each AEP are connected by an intra-AEP network fabric and different AEPs are connected by an inter-AEP network, the different central hub server of each AEP acting as an end-point on the inter-AEP network; resolving a target server identification, 'ID', for a request from an AEP- local server at a central hub server in a first AEP; if the target server ID is the central hub server in the first AEP, handling the request at the central hub server in the first AEP and responding to the requesting server; if the target server ID is another server local to the first AEP, redirecting the request over the intra-AEP fabric to the server local to the first AEP; and if the target server ID is a server in a second AEP transferring the request to the second AEP.
A board panel comprising: a rectangular top of three or more stacked layers, wherein at least two layers are a hard material and at least one layer is a soft elastic pressure absorbing and sound absorbing material; a front face layer and a back face layer are layers of a hard material in which slits are provided in parallel with a vertical side of said rectangular top; said slits have a length of 1/2 to 3/4 of said vertical side, and one end thereof touches the horizontal side of said rectangular top; and said slits include one type in which one end thereof touches an upper horizontal side of said rectangular top, forming upper slits (5a, 5b), and another type in which one end thereof touches a lower horizontal side of said rectangular top, forming lower slits (6a, 6b), said slits have a depth that do not penetrate through the board panel, wherein said slits provided on the front face layer alternate between slits touching the upper horizontal side and slits touching the lower horizontal side of said rectangular top, said slits provided on the back face layer alternate between slits touching the upper horizontal side and slits touching the lower horizontal side of said rectangular top, and wherein said front face layer and said back face layer alternate between slits touching the upper horizontal side and the lower horizontal side, wherein the soft material layer is layer of foam material. a rectangular top of three or more stacked layers, wherein at least two layers are a hard material and at least one layer is a soft elastic pressure absorbing and sound absorbing material; a front face layer and a back face layer are layers of a hard material in which slits are provided in parallel with a vertical side of said rectangular top; said slits have a length of 1/2 to 3/4 of said vertical side, and one end thereof touches the horizontal side of said rectangular top; and said slits include one type in which one end thereof touches an upper horizontal side of said rectangular top, forming upper slits (5a, 5b), and another type in which one end thereof touches a lower horizontal side of said rectangular top, forming lower slits (6a, 6b), said slits have a depth that do not penetrate through the board panel, wherein said slits provided on the front face layer alternate between slits touching the upper horizontal side and slits touching the lower horizontal side of said rectangular top, said slits provided on the back face layer alternate between slits touching the upper horizontal side and slits touching the lower horizontal side of said rectangular top, and wherein said front face layer and said back face layer alternate between slits touching the upper horizontal side and the lower horizontal side, wherein the soft material layer is layer of foam material.
A receptacle in the form of a cup for receiving a mating member, wherein said receptacle is a hemisphere or a partial hemisphere, said receptacle having an inner surface comprising: a superior, first part having a radial value R1; and an inferior, second part having a radial value R2; wherein the centres of R1 and R2 are separated by a distance X1 in a direction along a face of the cup and by a distance Z1 in a direction along a centre axis of the cup; characterised in that R1/R2 is in the range 0.995310 to 0.999999, X1 is in the range 178 to 416μm and Z1 is in the range 156 to 312μm. a superior, first part having a radial value R1; and an inferior, second part having a radial value R2; wherein the centres of R1 and R2 are separated by a distance X1 in a direction along a face of the cup and by a distance Z1 in a direction along a centre axis of the cup; characterised in that R1/R2 is in the range 0.995310 to 0.999999, X1 is in the range 178 to 416μm and Z1 is in the range 156 to 312μm.
Method for controlling a core drilling system including a core drilling machine with a drilling tool for generating a borehole in a material and an advancing device for driving the core drilling machine along a machine-holding device, comprising the method step of - driving the drilling tool forwards in a direction along the machine-holding device; - characterized by the following method steps - detecting an advancing speed and at least one predetermined drilling parameter; - detecting a predetermined drilling situation on the basis of the reaching of a predetermined threshold value for the at least one predetermined drilling parameter; - on reaching the threshold value: detecting whether the advancing speed is greatly reduced and - if so: ending the core drilling operation by selecting a reverse-travel mode for removing the drilling tool from the borehole, and - if not: detecting further driving forward of the advancing device along the machine-holding device and ending the core drilling operation by selecting a reverse-travel mode for removing the drilling tool from the borehole if the advancing device reaches a predetermined threshold value for a predetermined distance value in the direction and the core drilling machine does not reach a predetermined threshold value for the at least one predetermined drilling parameter; and - continuing the core drilling operation by selecting a predetermined operating mode if the advancing device does not reach the predetermined threshold value for the predetermined distance value in the direction and the core drilling machine reaches the further predetermined threshold value for the at least one predetermined drilling parameter. - driving the drilling tool forwards in a direction along the machine-holding device; - characterized by the following method steps - detecting an advancing speed and at least one predetermined drilling parameter; - detecting a predetermined drilling situation on the basis of the reaching of a predetermined threshold value for the at least one predetermined drilling parameter; - on reaching the threshold value: detecting whether the advancing speed is greatly reduced and - if so: ending the core drilling operation by selecting a reverse-travel mode for removing the drilling tool from the borehole, and - if not: detecting further driving forward of the advancing device along the machine-holding device and ending the core drilling operation by selecting a reverse-travel mode for removing the drilling tool from the borehole if the advancing device reaches a predetermined threshold value for a predetermined distance value in the direction and the core drilling machine does not reach a predetermined threshold value for the at least one predetermined drilling parameter; and - continuing the core drilling operation by selecting a predetermined operating mode if the advancing device does not reach the predetermined threshold value for the predetermined distance value in the direction and the core drilling machine reaches the further predetermined threshold value for the at least one predetermined drilling parameter.
- Process for producing a thermoplastic composite part by deposition of at least one thermoplastic composite layer on a tool, wherein it includes a step of depositing on the tool a first ply, deposited on the tool before the deposition of the at least one thermoplastic composite layer, said first ply being a hardened ply produced beforehand to match the shape of the tool and including a first material able to experience an attractive force when it is subjected to a magnetic field, and/or to an electrical potential difference, and including a second material of a thermoplastic resin that is chemically compatible with the resin of the at least one thermoplastic composite layer in order to adhere with said resin, said first ply being clamped to the tool 30 in the step of depositing on said tool by the effect of a magnetic field established at the level of said tool, and/or of an electrical potential difference with said tool.
Gearbox (01, 10, 1000) with a ring gear with a ring gear axle, at least one cycloidal disc (05, 06) rolling therein with at least one eccentric opening, a rotary body rotatably mounted on one side of the ring gear and one or more off-centre eccentric shafts rotatably arranged together around the ring gear axle and rotatably mounted with respect to the rotary body with a number of eccentric sections (31, 32) corresponding to the number of cycloidal discs (05, 06), with which the off-centre eccentric shafts are each rotatably mounted in an eccentric opening of the at least one cycloidal disc (05, 06), characterised in that in that projections extending parallel to the hollow wheel axis are arranged on the rotary body, around which off-centre eccentric shafts are arranged rotatably with their eccentric sections (31, 32).
Method for producing poultry, in particular chicken, the method comprising; a) incubating a batch of eggs in an incubating device during a first incubating period of between about 7 to about 11 days, and then, b) maintaining an egg in a predetermined sampling position during a settling time for allowing allantoic fluid to surface, c) providing a sensor system for determining one or more egg parameters, the egg parameters comprising egg dimension, a length along a longitudinal axis of the egg, an egg colour, an image of the egg, a heat image of the egg, a weight of the egg, a perimeter measurement of the egg, a liveability detection of the egg, an activity detection of the egg, d) determining a location of entry based on one or more egg parameters obtained by the sensor system, the egg parameters being an egg dimension, a length along a longitudinal axis of the egg, an egg colour, an image of the egg, a heat image of the egg, a weight of the egg, a perimeter measurement of the egg, incubation time, age of parent stock, and e) taking an allantoic fluid sample from the egg at the determined location of entry, f) determining the gender of the poultry embryo in the egg based on the presence of a gender specific compound in the allantoic fluid sample, g) repeat step b to f for each egg of the batch of eggs, h) based on the gender of a chicken embryo, dividing the batch of eggs into at least a male batch portion and a female batch portion, i) incubating at least one of the female batch portion and male batch portion in the incubating device during a second incubating period. a) incubating a batch of eggs in an incubating device during a first incubating period of between about 7 to about 11 days, and then, b) maintaining an egg in a predetermined sampling position during a settling time for allowing allantoic fluid to surface, c) providing a sensor system for determining one or more egg parameters, the egg parameters comprising egg dimension, a length along a longitudinal axis of the egg, an egg colour, an image of the egg, a heat image of the egg, a weight of the egg, a perimeter measurement of the egg, a liveability detection of the egg, an activity detection of the egg, d) determining a location of entry based on one or more egg parameters obtained by the sensor system, the egg parameters being an egg dimension, a length along a longitudinal axis of the egg, an egg colour, an image of the egg, a heat image of the egg, a weight of the egg, a perimeter measurement of the egg, incubation time, age of parent stock, and e) taking an allantoic fluid sample from the egg at the determined location of entry, f) determining the gender of the poultry embryo in the egg based on the presence of a gender specific compound in the allantoic fluid sample, g) repeat step b to f for each egg of the batch of eggs, h) based on the gender of a chicken embryo, dividing the batch of eggs into at least a male batch portion and a female batch portion, i) incubating at least one of the female batch portion and male batch portion in the incubating device during a second incubating period.
A pressure-sensitive adhesive composition comprising a block copolymer having a first block having a glass transition temperature of 50°C or higher and a second block having a glass transition temperature of -10°C or lower and containing a cross-linkable functional group and an aromatic group derived from a copolymerizable monomer having an aromatic group represented by Formula 1 below, wherein the aromatic group is not contained in the first block, but is contained only in the second block: wherein, R 1 represents hydrogen or a methyl group, R 2 represents an alkylene group having 1 to 12 carbon atoms, n represents an integer of 0 to 3, X represents an oxygen atom or a sulfur atom, and Ar represents an aromatic group unsubstituted or substituted with halogen or alkyl having 1 to 12 carbon atoms, the glass transition temperature being calculated according to Equation A below: 1 / Tg = ΣWn / Tn wherein Wn is the weight fraction of the monomer in each block of the block copolymer, and Tn represents the glass transition temperature when each of the corresponding monomers has formed a homopolymer.
A kit of parts for non-oral use in prevention and/or treatment of sores, wounds, ulcers, or a fistula or otitis, wherein the kit of parts comprises a. a first aqueous component comprising one or more amino acids selected from the group consisting of alanine, arginine, asparagine, aspartic acid, glutamic acid, glutamine, isoleucine, leucine, lysine and/or valine, and b. a second aqueous component comprising an active chlorine compound selected from the group consisting of Cl 2, hypochlorite, chlorite, chlorate, perchlorate and/or a hypochlorite compound, wherein the pH of the first component and/or the second component is 9 to 11.5. a. a first aqueous component comprising one or more amino acids selected from the group consisting of alanine, arginine, asparagine, aspartic acid, glutamic acid, glutamine, isoleucine, leucine, lysine and/or valine, and b. a second aqueous component comprising an active chlorine compound selected from the group consisting of Cl 2, hypochlorite, chlorite, chlorate, perchlorate and/or a hypochlorite compound,
A diagnostic imaging system which corrects metal artifact streaks emanating from a high attenuating object in an uncorrected tomographic image, the system comprising: a first vector means for determining a direction vector ( d) for each pixel, which direction vector ( d) points in the direction of the high attenuating object; a second vector means for determining an orientation vector ( o) for each pixel, which orientation vector ( o) coincides with a steepest gradient direction; and an adaptive filter means for adaptively filtering the uncorrected tomographic image based at least on the determined orientation of the steepest gradient vector. a first vector means for determining a direction vector ( d) for each pixel, which direction vector ( d) points in the direction of the high attenuating object; a second vector means for determining an orientation vector ( o) for each pixel, which orientation vector ( o) coincides with a steepest gradient direction; and an adaptive filter means for adaptively filtering the uncorrected tomographic image based at least on the determined orientation of the steepest gradient vector.