mhurhangee/ep-ind-claims huggingface dataset:
An electro-optical component for installation through an opening in a wall, wherein the electro-optical component comprises: a head part for mounting against an outer side of the wall, and a coupling unit, wherein the coupling unit comprises: a flange at a top part of the coupling unit, a barrel extending from the top part of the coupling unit towards a barrel end, the barrel being arranged for passing through the opening of the wall, wherein the head part comprises a cover portion, the cover portion being arranged to extend over the flange and to function as a light transmissive window, and wherein the cover portion comprises a sealing element formed of a rubber, characterized in that the flange is arranged to hold the cover portion in place so that a region of the cover portion can be clamped between the flange and the wall to function in the same way as an O-ring seal between the electro-optical component and the wall. a head part for mounting against an outer side of the wall, and a coupling unit, wherein the coupling unit comprises: a flange at a top part of the coupling unit, a barrel extending from the top part of the coupling unit towards a barrel end, the barrel being arranged for passing through the opening of the wall, wherein the head part comprises a cover portion, the cover portion being arranged to extend over the flange and to function as a light transmissive window, and wherein the cover portion comprises a sealing element formed of a rubber, characterized in that the flange is arranged to hold the cover portion in place so that a region of the cover portion can be clamped between the flange and the wall to function in the same way as an O-ring seal between the electro-optical component and the wall. a flange at a top part of the coupling unit, a barrel extending from the top part of the coupling unit towards a barrel end, the barrel being arranged for passing through the opening of the wall, wherein the head part comprises a cover portion, the cover portion being arranged to extend over the flange and to function as a light transmissive window, and wherein the cover portion comprises a sealing element formed of a rubber, characterized in that the flange is arranged to hold the cover portion in place so that a region of the cover portion can be clamped between the flange and the wall to function in the same way as an O-ring seal between the electro-optical component and the wall.
A wearable steam cleaning accessory for use with a steam generator and wearable on a user's hand comprising: a flexible body comprising a base; at least one steam conduit connectable to the steam generator and arranged to be in fluid communication therewith, wherein the steam conduit comprises at least one steam outlet for ejecting steam and the at least one steam outlet is mounted on an underside of the base which is configured to be adjacent to a surface to be cleaned; a flexible pocket mounted on the flexible body and arranged to receive the user's hand; a removable flexible cleaning element mountable on the body adjacent to the base wherein the removable flexible cleaning element does not extend beyond a peripheral edge of the base; and wherein the removable flexible cleaning element comprises an attachment for mounting the flexible cleaning element on the flexible body; wherein the attachment comprises a flexible strap for securing to the flexible body and/or the attachment comprises a jacket for receiving and surrounding at least a portion of the outside of the steam cleaning accessory. a flexible body comprising a base; at least one steam conduit connectable to the steam generator and arranged to be in fluid communication therewith, wherein the steam conduit comprises at least one steam outlet for ejecting steam and the at least one steam outlet is mounted on an underside of the base which is configured to be adjacent to a surface to be cleaned; a flexible pocket mounted on the flexible body and arranged to receive the user's hand; a removable flexible cleaning element mountable on the body adjacent to the base wherein the removable flexible cleaning element does not extend beyond a peripheral edge of the base; and wherein the removable flexible cleaning element comprises an attachment for mounting the flexible cleaning element on the flexible body; wherein the attachment comprises a flexible strap for securing to the flexible body and/or the attachment comprises a jacket for receiving and surrounding at least a portion of the outside of the steam cleaning accessory.
A saddle riding scooter-type vehicle, with a flow-straightening structure comprising: a front cowl that is disposed in front of a riding space, wherein outer surfaces of the front cowl are provided with projections for generating prescribed turbulent flows in head winds flowing along the outer surfaces, wherein each of the projections has a mountain shape having a protrusion apex portion (Zt) when viewed from a side orthogonal to a projection longitudinal direction across a pair of end portions (71a, 71b), wherein a front side inclined portion ascending from a projection front end portion toward the protrusion apex portion (Zt) is provided on a front side of the projection in a vehicle forward-rearward direction, and a rear side inclined portion descending from the protrusion apex portion (Zt) toward a projection rear end portion is provided on a rear side of the projection in the vehicle forward-rearward direction, wherein either one of the front side inclined portion and the rear side inclined portion is shorter than the other in the projection longitudinal direction, wherein the front cowl includes leg shields which are disposed in front of leg disposition spaces on both sides of a lower portion in the riding space, wherein the projections are disposed on the front surfaces in the leg shields facing a side in front of the vehicle, and wherein upper ends of the leg shields extend to a side above a seat surface of a seat. a front cowl that is disposed in front of a riding space, wherein outer surfaces of the front cowl are provided with projections for generating prescribed turbulent flows in head winds flowing along the outer surfaces, wherein each of the projections has a mountain shape having a protrusion apex portion (Zt) when viewed from a side orthogonal to a projection longitudinal direction across a pair of end portions (71a, 71b), wherein a front side inclined portion ascending from a projection front end portion toward the protrusion apex portion (Zt) is provided on a front side of the projection in a vehicle forward-rearward direction, and a rear side inclined portion descending from the protrusion apex portion (Zt) toward a projection rear end portion is provided on a rear side of the projection in the vehicle forward-rearward direction, wherein either one of the front side inclined portion and the rear side inclined portion is shorter than the other in the projection longitudinal direction, wherein the front cowl includes leg shields which are disposed in front of leg disposition spaces on both sides of a lower portion in the riding space, wherein the projections are disposed on the front surfaces in the leg shields facing a side in front of the vehicle, and wherein upper ends of the leg shields extend to a side above a seat surface of a seat.
A method for verification of the password of a dongle, comprising, following the connection of said dongle to an associated user terminal, a step of receipt, by a first electronic processing module for processing the dongle, of a password to be validated (mdp'), entered by a user requesting access to the user terminal, said method being characterized in that it further comprises the following steps implemented by the electronic processing module of the dongle, a memory of the dongle storing a first cryptographic quantity (CHIFF _CST _dongle_i) equal to the result of encrypting, in confidentiality only, a first constant (CST_dongle_i) using a first symmetric key (Ksym_i) cryptographically derived from the password of the dongle, the memory of the dongle further storing the obtaining function (DERIVE_Ksym(;)) of the symmetric key: - determination of a second symmetric key (Ksym_i') by applying the said obtaining function (DERIVE_Ksym(;)) of a key symmetric to the received password to be validated; - obtaining a second constant (CST_dongle_i') by decrypting the first cryptographic quantity (CHIFF_CST_dongle_i) stored in the memory of the dongle using the second determined symmetric key; and - delivery by the dongle of a set of data, including a data determined according to the second constant (CST_dongle_i') to the user terminal, with a view to the validation by the latter of the password entered according to the said set of data and the first constant (CST_dongle_i). - determination of a second symmetric key (Ksym_i') by applying the said obtaining function (DERIVE_Ksym(;)) of a key symmetric to the received password to be validated; - obtaining a second constant (CST_dongle_i') by decrypting the first cryptographic quantity (CHIFF_CST_dongle_i) stored in the memory of the dongle using the second determined symmetric key; and - delivery by the dongle of a set of data, including a data determined according to the second constant (CST_dongle_i') to the user terminal, with a view to the validation by the latter of the password entered according to the said set of data and the first constant (CST_dongle_i).
A transmission power control method for controlling a transmission power of an absolute transmission rate control channel including an absolute transmission rate of uplink user data, which is transmitted from a cell controlled by a radio base station to a mobile station, comprising: notifying, from a radio network controller to the radio base station which controls a serving cell, an offset between the transmission power of the absolute transmission rate control channel and a transmission power of a dedicated physical channel with respect to the serving cell, when the mobile station establishing a radio link with the serving cell starts a soft-handover with the serving cell and a non-serving cell; determining, at the serving cell to which the offset is notified, the transmission power of the absolute transmission rate control channel based on the notified offset; and transmitting, at the serving cell, the absolute transmission rate control channel to the mobile station using the determined transmission power. notifying, from a radio network controller to the radio base station which controls a serving cell, an offset between the transmission power of the absolute transmission rate control channel and a transmission power of a dedicated physical channel with respect to the serving cell, when the mobile station establishing a radio link with the serving cell starts a soft-handover with the serving cell and a non-serving cell; determining, at the serving cell to which the offset is notified, the transmission power of the absolute transmission rate control channel based on the notified offset; and transmitting, at the serving cell, the absolute transmission rate control channel to the mobile station using the determined transmission power.
A guiding system (1, 101) for guiding the insertion of a needle and a catheter for medical use in a biological tissue or compartment, the guiding system (1, 101) comprising: - the needle, which is hollow and is provided with an end portion having an edge delimiting an opening of the needle, said opening having a geometric center, and said edge comprising a pointed end of the needle; - the catheter inserted into the needle; - an optical fiber provided with at least one optical sensor and inserted into the catheter, - a first locking device (12, 112) for firmly blocking the catheter inside the needle, wherein the catheter is provided with an end proximal to the pointed end, wherein the optical fiber is in abutment with the end of the catheter, wherein the optical sensor is spaced from said end of the catheter by a distance less than or equal to 50 mm, wherein the position of the catheter with respect to the needle is such that said end of the catheter is between a first position in which the end of the catheter is at the geometric center of the opening of the needle, and a second position in which the end of the catheter is at the pointed end of the needle, whereby any deformations of the catheter are detected by the optical fiber and the optical sensor during the insertion of the needle; wherein the first locking device (12, 112) comprises locking means for locking the catheter, and adjustment means adapted to adjust the position of the catheter in a controlled manner with respect to the needle, said adjustment means being distinct from the locking means. - the needle, which is hollow and is provided with an end portion having an edge delimiting an opening of the needle, said opening having a geometric center, and said edge comprising a pointed end of the needle; - the catheter inserted into the needle; - an optical fiber provided with at least one optical sensor and inserted into the catheter, - a first locking device (12, 112) for firmly blocking the catheter inside the needle, a first position in which the end of the catheter is at the geometric center of the opening of the needle, and a second position in which the end of the catheter is at the pointed end of the needle,
An operating fluid tank for a motor vehicle, comprising a tank body which is composed of at least two mutually complementary, injection-molded shells (2, 2a, 2b) which are made of thermoplastic material and which are welded circumferentially to one another to form a substantially closed hollow body, wherein at least one shell (2, 2a, 2b) is formed at least in certain regions from thermoplastic material of differing strength and/or elasticity, wherein at least one partial region is formed from a thermoplastic material which is elastically deformable, and wherein the shell (2, 2a, 2b) has been obtained by a co-injection process during injection molding or by sandwich injection molding, wherein at least one shell (2, 2a, 2b) of at least one tank wall is provided with at least one deformation region made of a first elastic thermoplastic material which is bordered or delimited by at least one second thermoplastic material of relatively higher strength, wherein the deformation region is formed as a deformation window in the tank wall.
An isolated anti-Sortilin antibody that binds to human Sortilin, wherein the anti-Sortilin antibody increases extracellular levels of Progranulin and decreases cell surface levels of Sortilin, wherein the anti-Sortilin antibody comprises a light chain variable domain and a heavy chain variable domain, and wherein: a) the light chain variable domain comprises: an HVR-L1 comprising the amino acid sequence of SEQ ID NO: 508, an HVR-L2 comprising the amino acid sequence of SEQ ID NO: 29, and an HVR-L3 comprising the amino acid sequence of SEQ ID NO: 55, and the heavy chain variable domain comprises: an HVR-H1 comprising the amino acid sequence of SEQ ID NO: 509, an HVR-H2 comprising the amino acid sequence of SEQ ID NO: 510, and an HVR-H3 comprising the amino acid sequence of SEQ ID NO: 511; or b) the light chain variable domain comprises: an HVR-L1 comprising the amino acid sequence of SEQ ID NO: 580, an HVR-L2 comprising the amino acid sequence of SEQ ID NO: 581, and an HVR-L3 comprising the amino acid sequence of SEQ ID NO: 100, and the heavy chain variable domain comprises: an HVR-H1 comprising the amino acid sequence of SEQ ID NO: 582, an HVR-H2 comprising the amino acid sequence of SEQ ID NO: 583, and an HVR-H3 comprising the amino acid sequence of SEQ ID NO: 233. a) the light chain variable domain comprises: an HVR-L1 comprising the amino acid sequence of SEQ ID NO: 508, an HVR-L2 comprising the amino acid sequence of SEQ ID NO: 29, and an HVR-L3 comprising the amino acid sequence of SEQ ID NO: 55, and the heavy chain variable domain comprises: an HVR-H1 comprising the amino acid sequence of SEQ ID NO: 509, an HVR-H2 comprising the amino acid sequence of SEQ ID NO: 510, and an HVR-H3 comprising the amino acid sequence of SEQ ID NO: 511; or b) the light chain variable domain comprises: an HVR-L1 comprising the amino acid sequence of SEQ ID NO: 580, an HVR-L2 comprising the amino acid sequence of SEQ ID NO: 581, and an HVR-L3 comprising the amino acid sequence of SEQ ID NO: 100, and the heavy chain variable domain comprises: an HVR-H1 comprising the amino acid sequence of SEQ ID NO: 582, an HVR-H2 comprising the amino acid sequence of SEQ ID NO: 583, and an HVR-H3 comprising the amino acid sequence of SEQ ID NO: 233.
A ceramic tableware article comprising a passive thermal accumulation means, which means comprises a material likely to be heated up when exposed to an energy source, the tableware article comprising at least one ceramic shell (21, 22, 27) defining an inner cavity (26, 31) housing the thermal accumulation means, said shell defining an inner rim (24, 25, 29) delimiting a communication port between the inner volume of the shell and the outside of the article, the article comprising means (23, 33) for sealing the communication port consisting of a thermosetting material filling the communication port flush with the outer wall of the shell, wherein the passive thermal accumulation means comprises a material for storing heat released by the material heating up when exposed to an energy source, characterised in that the heat storage material comprises: - steatite or, - a resin including a mineral filler or including steatite or, - a gel comprising chlorides. - steatite or, - a resin including a mineral filler or including steatite or, - a gel comprising chlorides.
An apparatus for manufacturing a particulate resin, comprising: a fine nozzle opening configured to extrude a melted resin mixture comprising a resin; a gear pump configured to control the extrusion output of the melted resin mixture; a collision mechanism configured to collide the melted resin mixture extruded from the fine nozzle opening with a high-temperature gas stream having a temperature of not less than the T 1/2 temperature of the resin, so that the melted resin mixture is granulated to provide a particulate resin; a heat retention mechanism configured to retain the particulate resin in an atmosphere having a temperature of not less than the Tg of the resin for 0.1 to 10 seconds; and a cooling mechanism configured to cool the particulate resin. a fine nozzle opening configured to extrude a melted resin mixture comprising a resin; a gear pump configured to control the extrusion output of the melted resin mixture; a collision mechanism configured to collide the melted resin mixture extruded from the fine nozzle opening with a high-temperature gas stream having a temperature of not less than the T 1/2 temperature of the resin, so that the melted resin mixture is granulated to provide a particulate resin; a heat retention mechanism configured to retain the particulate resin in an atmosphere having a temperature of not less than the Tg of the resin for 0.1 to 10 seconds; and a cooling mechanism configured to cool the particulate resin.
Method for detecting a utilisation peak in an industrial convergent time-sensitive network, in which data from various services (A, B, C) is transmitted, wherein at least one of the services (A, B, C) transmits control data and a further of the services (A, B, C) transmits acyclic data in the form of best effort traffic, wherein a transmitted data quantity of at least of one of the services (A, B, C) is measured on at least one sending or one receiving port during a diagnosis interval, characterised in that a utilisation value for the respective service (A, B, C) and this port are calculated in each case from the measured data quantity of the respective service (A, B, C) and the duration of the diagnosis interval in each case and wherein the utilisation values for the respective significant services (A, B, C) present in the network are calculated for all sending and/or receiving significant ports, wherein significant services (A, B, C) are those services which, on account of their condition, quantity, frequency or other properties, are relevant to a data flow in the network, wherein significant ports are those ports whose utilisation has an influence on the data flow in the network, wherein the utilisation value of a significant service (A, B, C) per significant port is compared with a first threshold value and when the same is exceeded, a temporary overload is detected, wherein per significant port, a sum of the transmitted data quantity of the respective significant service (A, B, C) measured during the diagnosis interval is formed for all significant ports and with a sum of the duration of all diagnosis intervals an average value of the network utilisation for the respective significant services (A, B, C) present in the network is detected, wherein the average value of the network utilisation is compared with a second threshold value and when a permanent network overload is exceeded is detected by the respective significant service.
A method performed by a network element in a communication network, the method comprising: inspecting traffic between a radio device and the communication network; based on said inspecting, determining that the traffic is part of a Transmission Control Protocol, TCP, subflow of a multi-path TCP, MPTCP, connection; based on said inspecting, calculating a ratio of how much data is transmitted in the subflow in relation to the total amount of data transmitted in the MPTCP connection over a predetermined time period; observing that the calculated ratio is below a reference ratio; and based on said observing, performing an action for preventing congestion in the communication network. inspecting traffic between a radio device and the communication network; based on said inspecting, determining that the traffic is part of a Transmission Control Protocol, TCP, subflow of a multi-path TCP, MPTCP, connection; based on said inspecting, calculating a ratio of how much data is transmitted in the subflow in relation to the total amount of data transmitted in the MPTCP connection over a predetermined time period; observing that the calculated ratio is below a reference ratio; and based on said observing, performing an action for preventing congestion in the communication network.