mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a device system with a tool device and a motorized feed device when processing a workpiece composed of a first material (55, 57) and a second material that is different from the first material (55, 57), in which: ▪ the workpiece is processed by the device system first in a first operating mode with first processing parameters, which are stored for the first material (55, 57), characterized in that ▪ after the start of the processing of the workpiece in the first operating mode a first processing progress (v 1) of the tool device is measured as a quotient of a path difference (Δz) and a time difference (Δt) and stored as a reference value (v ref) and ▪ during processing of the workpiece in the first operating mode a current processing progress (v akt) of the tool device is measured regularly as a quotient of a path difference (Δz) and a time difference (Δt) and compared with a first limit value (Gi), in which the first limit value (G 1) corresponds to a percentage share of the reference value (v ref). ▪ the workpiece is processed by the device system first in a first operating mode with first processing parameters, which are stored for the first material (55, 57), characterized in that ▪ after the start of the processing of the workpiece in the first operating mode a first processing progress (v 1) of the tool device is measured as a quotient of a path difference (Δz) and a time difference (Δt) and stored as a reference value (v ref) and ▪ during processing of the workpiece in the first operating mode a current processing progress (v akt) of the tool device is measured regularly as a quotient of a path difference (Δz) and a time difference (Δt) and compared with a first limit value (Gi), in which the first limit value (G 1) corresponds to a percentage share of the reference value (v ref).
A composition comprising synthetic oligosaccharides, wherein the synthetic oligosaccharides are selected from any 1 of compounds: Glcβ1-4Glcβ1-3Glc, Glcβ1-3Glcβ1-4Glc, Glcβ1-3Glcβ1-4G1c1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-4Glc1-3Glc1-4Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc1-3Glc, or Glcβ1-4Glcβ1-4Glc1-4Glc1-4Glc1-3Glc. Glcβ1-4Glcβ1-3Glc, Glcβ1-3Glcβ1-4Glc, Glcβ1-3Glcβ1-4G1c1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-4Glc1-3Glc1-4Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc1-3Glc, or Glcβ1-4Glcβ1-4Glc1-4Glc1-4Glc1-3Glc.
Flexible tunnel for connection terminal comprising a screw intended to clamp a cable, said tunnel being made by cutting and bending a metal strip to form a flexible frame delimiting an opening of quadrangular cross section for the insertion of the cable that is to be connected, said opening being delimited by a first and a second lateral branch (22, 24) extending parallel to one another from a bottom, the first branch being extended by an upper branch closing the one-piece structure of the tunnel, the latter branch being separated from the second branch by at least one first axial clearance running in a direction of travel of the screw, the second lateral branch having an end which projects from the upper branch supporting the screw, and a rectangular orifice into which a terminal extension of said upper branch engages, and the terminal extension bearing against a lower edge of the rectangular orifice, being separated from an upper edge by the first axial clearance when the terminal is in an untightened state. characterized in that, the tunnel is able to deform elastically between two positions, respectively tightened and un-tightened, so that when the tunnel is in an untightened state, in which the screw is not applying any clamping torque to the cable, the upper branch through which the clamping screw is intended to pass in a perpendicular manner forms a first angle (α1) greater than 90° with a longitudinal axis of the tunnel parallel to the first and second lateral branches (22, 24), and in that the bottom forms a second angle (α2) of less than 90° with the longitudinal axis of the tunnel, whereas when the tunnel is in the tightened state, in which the screw exerts a clamping torque on the cable, these two angles (α1, α2) are equal to 90°.
Device for producing a three-dimensional shaped metal body comprising a base plate, the height of which can be adjusted relative to a carriage, a carriage guide, a carriage which runs in this carriage guide and traverses the base plate and has at least one material chamber (2, 3, 4) for discharging metal powder above the base plate, and at least one laser element (5, 6, 7) for melting discharged metal powder point-by-point, wherein the carriage has, in an alternating sequence in the direction of movement of the carriage, a laser element (5, 6) and a material chamber (2, 3, 4) alternating in each case, wherein the at least one laser element (5, 6) is formed by a plurality of lasers, by means of which points below the carriage can be irradiated over the entire width of the carriage, and a material chamber (2, 3, 4) or a material chamber arrangement made of a plurality of material chambers extends over the entire width of the carriage and has one or more discharge openings for discharging the metal powder stored in the material chamber or chambers (2, 3, 4) below the entire width of the carriage.
An apparatus for detecting a presence of an object in a magnetic field for wireless power transfer, the apparatus comprising: a power circuit configured to generate the magnetic field and transfer power wirelessly at a level sufficient to power or charge a load via the magnetic field; and a detection circuit configured to transmit signals and detect, based on a reflection of the transmitted signals, a frequency of the vibration of the object caused by the magnetic field, wherein the detection circuit is configured to detect that the object is a metal object based on the frequency of vibration; a second circuit configured to generate a magnetic pulse in response to detecting the object is a metal object based on the frequency of vibration, the magnetic pulse having a magnetic field strength higher than the magnetic field strength of the magnetic field, wherein the detection circuit is configured to detect a characteristic depending on movement of the object in response to the magnetic pulse to confirm the presence of the metal object. a power circuit configured to generate the magnetic field and transfer power wirelessly at a level sufficient to power or charge a load via the magnetic field; and a detection circuit configured to transmit signals and detect, based on a reflection of the transmitted signals, a frequency of the vibration of the object caused by the magnetic field, wherein the detection circuit is configured to detect that the object is a metal object based on the frequency of vibration; a second circuit configured to generate a magnetic pulse in response to detecting the object is a metal object based on the frequency of vibration, the magnetic pulse having a magnetic field strength higher than the magnetic field strength of the magnetic field, wherein the detection circuit is configured to detect a characteristic depending on movement of the object in response to the magnetic pulse to confirm the presence of the metal object.
A variable volume positive displacement vane pump comprising: - a rotor that can turn about an axis of rotation and that comprises slots for at least partially housing vanes, said slots passing through the rotor from one end to the other along a direction parallel to that of the axis of rotation; - a stator, the relative position between the stator and the axis of rotation of the rotor being adjustable so as to permit variation in the volume of the pump; the stator having an internal chamber, wherein the rotor can turn about its own axis of rotation; the stator comprising a wall that at least partly encloses said chamber; - centring means for centring the vanes, said centring means comprising a first gudgeon that is solidly constrained to the stator and cannot be drawn into rotation by the rotor; the stator comprising a structure that integrates said wall and that at least partially delimits the chamber, completely enclosing at least a portion of the rotor; the first gudgeon being solidly constrained to the structure. - a rotor that can turn about an axis of rotation and that comprises slots for at least partially housing vanes, said slots passing through the rotor from one end to the other along a direction parallel to that of the axis of rotation; - a stator, the relative position between the stator and the axis of rotation of the rotor being adjustable so as to permit variation in the volume of the pump; the stator having an internal chamber, wherein the rotor can turn about its own axis of rotation; the stator comprising a wall that at least partly encloses said chamber; - centring means for centring the vanes, said centring means comprising a first gudgeon that is solidly constrained to the stator and cannot be drawn into rotation by the rotor;
A method for bidirectional transparent proxying, the method comprising: configuring, by a first proxy end, iptables rules based on a protocol type of a requesting-end-requested packet, and receiving, by the first proxy end, the requesting-end-requested packet that is guided based on the iptables rules; sending, by the first proxy end, the requesting-end-requested packet and the protocol type of the requesting-end-requested packet to a second proxy end; based on the requesting-end-requested packet and the protocol type of the requesting-end-requested packet, sending, by the second proxy end, the requesting-end-requested packet to an acknowledging end, where a requesting-end ip address and a requesting-end port in the requesting-end-requested packet are used as a source ip address and a source port; by configuring ospf service, iptables rules and routing rules, guiding and receiving, by the second proxy end, an acknowledging-end-responded packet, and sending, by the second proxy end, the acknowledging-end-responded packet to the first proxy end; sending, by the first proxy end, the acknowledging-end-responded packet to the requesting end, wherein the requesting-end-requested packet refers to a packet requested by the requesting end, and the acknowledging-end-responded packet refers to a packet responded by the acknowledging end. configuring, by a first proxy end, iptables rules based on a protocol type of a requesting-end-requested packet, and receiving, by the first proxy end, the requesting-end-requested packet that is guided based on the iptables rules; sending, by the first proxy end, the requesting-end-requested packet and the protocol type of the requesting-end-requested packet to a second proxy end; based on the requesting-end-requested packet and the protocol type of the requesting-end-requested packet, sending, by the second proxy end, the requesting-end-requested packet to an acknowledging end, where a requesting-end ip address and a requesting-end port in the requesting-end-requested packet are used as a source ip address and a source port; by configuring ospf service, iptables rules and routing rules, guiding and receiving, by the second proxy end, an acknowledging-end-responded packet, and sending, by the second proxy end, the acknowledging-end-responded packet to the first proxy end; sending, by the first proxy end, the acknowledging-end-responded packet to the requesting end, wherein the requesting-end-requested packet refers to a packet requested by the requesting end, and the acknowledging-end-responded packet refers to a packet responded by the acknowledging end.
Sensing device designed for being applied on a first flap and on a second flap of an opening arranged in a wearable item, comprising: - a triggering element arranged on the first flap of the opening and comprising an activating component; - a switch element arranged on the second flap of the opening and comprising a sensing component; the sensing component being designed for emitting an electrical output signal when it is put in a predetermined mutual position with respect to the activating component; characterized in that the triggering element is provided with at least one alignment component (22; 22A, 22B) designed for interacting with a corresponding alignment component (32; 32A, 32B) of the switch element so as to autonomously and automatically put in said predetermined mutual position the activating component and the sensing component when the first flap is drawn close to the second flap, or viceversa; wherein said at least one alignment component (22; 22A, 22B) of said triggering element and said at least one alignment component (32; 32A, 32B) of said switch element are magnetic components. - a triggering element arranged on the first flap of the opening and comprising an activating component; - a switch element arranged on the second flap of the opening and comprising a sensing component; the sensing component being designed for emitting an electrical output signal when it is put in a predetermined mutual position with respect to the activating component;
Electric pump, of the type comprising: - a tubular jacket developing according to a longitudinal direction, provided with an inlet mouth and an outlet mouth for the passage of a liquid; - a pumping unit arranged in said tubular jacket, delimited by a tubular casing developing according to said longitudinal direction and which is separated from said tubular jacket by means of an interspace, said tubular casing being provided with a suctioning mouth communicating with said inlet mouth and a delivery mouth communicating with said interspace, said pumping unit being adapted to pump said liquid from said suctioning mouth towards said delivery mouth; - sealing means configured so as to prevent said liquid from flowing along said interspace from said delivery mouth towards said suctioning mouth, said sealing means being arranged in said interspace, in intermediate position between said suctioning mouth and said delivery mouth; said pumping unit comprising a pumping device and a driving device for the actuation of said pumping device, both arranged in said tubular casing; said driving device comprising a shaft with axis parallel to said longitudinal direction and a motor for driving said shaft in rotation; said pumping device comprising a diffuser unit made up of a plurality of stages stacked on each other according to said longitudinal direction and each containing a corresponding rotor fixed to said shaft; characterised in that said sealing means are arranged between said diffuser unit and said delivery mouth according to said longitudinal direction. - a tubular jacket developing according to a longitudinal direction, provided with an inlet mouth and an outlet mouth for the passage of a liquid; - a pumping unit arranged in said tubular jacket, delimited by a tubular casing developing according to said longitudinal direction and which is separated from said tubular jacket by means of an interspace, said tubular casing being provided with a suctioning mouth communicating with said inlet mouth and a delivery mouth communicating with said interspace, said pumping unit being adapted to pump said liquid from said suctioning mouth towards said delivery mouth; - sealing means configured so as to prevent said liquid from flowing along said interspace from said delivery mouth towards said suctioning mouth,
A surgical instrument for surgically joining tissue, the surgical instrument comprising: a handle assembly; an elongated member extending distally from the handle assembly; an end effector adapted for joining tissue and disposed adjacent a distal portion of the elongated member; an actuation assembly operatively associated with the handle assembly, the actuation assembly including: a thrust bar disposed at least partially within the elongated member, the thrust bar having a proximal portion, a distal portion, a first lateral side, a second lateral side, wherein the thrust bar is configured to move between proximal and distal positions with respect to the handle assembly; a distal slide member positioned adjacent the first lateral side of the thrust bar, the distal slide member being fixed adjacent the distal portion of the thrust bar and having a distal portion and a proximal portion; and characterised in that the proximal portion is adapted to slide relative to the thrust bar and the proximal portion of the thrust bar extends proximally beyond a proximal-most end of the distal slide member when thrust bar follows the path of a bent elongated member or an articulated end effector. a handle assembly; an elongated member extending distally from the handle assembly; an end effector adapted for joining tissue and disposed adjacent a distal portion of the elongated member; an actuation assembly operatively associated with the handle assembly, the actuation assembly including: a thrust bar disposed at least partially within the elongated member, the thrust bar having a proximal portion, a distal portion, a first lateral side, a second lateral side, wherein the thrust bar is configured to move between proximal and distal positions with respect to the handle assembly; a distal slide member positioned adjacent the first lateral side of the thrust bar, the distal slide member being fixed adjacent the distal portion of the thrust bar and having a distal portion and a proximal portion; and characterised in that the proximal portion is adapted to slide relative to the thrust bar and the proximal portion of the thrust bar extends proximally beyond a proximal-most end of the distal slide member when thrust bar follows the path of a bent elongated member or an articulated end effector. a thrust bar disposed at least partially within the elongated member, the thrust bar having a proximal portion, a distal portion, a first lateral side, a second lateral side, wherein the thrust bar is configured to move between proximal and distal positions with respect to the handle assembly; a distal slide member positioned adjacent the first lateral side of the thrust bar, the distal slide member being fixed adjacent the distal portion of the thrust bar and having a distal portion and a proximal portion; and characterised in that the proximal portion is adapted to slide relative to the thrust bar and the proximal portion of the thrust bar extends proximally beyond a proximal-most end of the distal slide member when thrust bar follows the path of a bent elongated member or an articulated end effector.
An optical height gauge (20;200) comprising: a housing; a mounting bar coupled to, and maintained partially in, the housing; a mounting bracket connected to the mounting bar, the mounting bracket including at least one light source holder; a camera mount connected to the mounting bracket; and a tilt bar connected to said mounting bracket and contacting said mounting bar, wherein the tilt bar has a first orientation and a second orientation, characterised in that: the mounting bracket is aligned with the length of the mounting bar while the tilt bar is in the first orientation; and the mounting bracket is angled relative to the length of the mounting bar while the tilt bar is in the second orientation. a housing; a mounting bar coupled to, and maintained partially in, the housing; a mounting bracket connected to the mounting bar, the mounting bracket including at least one light source holder; a camera mount connected to the mounting bracket; and a tilt bar connected to said mounting bracket and contacting said mounting bar, wherein the tilt bar has a first orientation and a second orientation, characterised in that: the mounting bracket is aligned with the length of the mounting bar while the tilt bar is in the first orientation; and the mounting bracket is angled relative to the length of the mounting bar while the tilt bar is in the second orientation. the mounting bracket is aligned with the length of the mounting bar while the tilt bar is in the first orientation; and the mounting bracket is angled relative to the length of the mounting bar while the tilt bar is in the second orientation.
A method for producing a bone substitute material, consisting at least of one porous ceramic osseoconductive portion, comprising at least the steps: a) provision of a foam having a pore density of 76 to 203 pores per cm (30 to 80 ppi); b) production of a ceramic infiltrate suspension that contains as ceramic material Al 2 O 3 -based ceramic materials or ZTA ceramic materials; c) infiltration of the foam with the ceramic infiltrate suspension; d) debinding of the ceramic material and burning out of the foam; e) sintering, wherein the sintering comprises the following steps: e.1) prefiring, preferably at temperatures of up to 1400 to 1500°C, e.2) hot isostatic pressing in a high-pressure inert gas atmosphere, preferably at ≤ 1400 bar and a temperature ≤ 1500°C, in particular preferably in an argon atmosphere. a) provision of a foam having a pore density of 76 to 203 pores per cm (30 to 80 ppi); b) production of a ceramic infiltrate suspension that contains as ceramic material Al 2 O 3 -based ceramic materials or ZTA ceramic materials; c) infiltration of the foam with the ceramic infiltrate suspension; d) debinding of the ceramic material and burning out of the foam; e) sintering, wherein the sintering comprises the following steps: e.1) prefiring, preferably at temperatures of up to 1400 to 1500°C, e.2) hot isostatic pressing in a high-pressure inert gas atmosphere, preferably at ≤ 1400 bar and a temperature ≤ 1500°C, in particular preferably in an argon atmosphere. e.1) prefiring, preferably at temperatures of up to 1400 to 1500°C, e.2) hot isostatic pressing in a high-pressure inert gas atmosphere, preferably at ≤ 1400 bar and a temperature ≤ 1500°C, in particular preferably in an argon atmosphere.
An agent or composition which increases the level of GDF11 polypeptide in a subject, thereby increasing neurogenesis in the subject, for use in treating or preventing a neurodegenerative disorder in a subject, wherein the agent or composition comprises a Growth and Differentiation Factor 11 polypeptide of SEQ ID NO: 3.